What makes the J1 especially appealing is how seamlessly it fits into different workflows. Print farms will appreciate its reliability and low operating cost, while hobbyists will find it to be one of those tools that quietly saves time, money, and frustration. At this price, it does not take long for the J1 to pay for itself in rescued filament and more successful prints.

The built-in storage function is a thoughtful bonus, allowing you to keep filament protected between sessions. Meanwhile, the front-mounted hygrometer gives you a quick visual read on humidity levels, making it easy to know when your filament is ready to go.

Where to Buy

Price: $59.99-$64.99

Compare the Prices & Bundles:
Amazon | Official Store

Jayo FilaDryer J1 Specifications

What’s in the Box

J1 FilaDryer Set: The standard package includes the drying chamber, heating base, desiccant pack, desiccant container, bottom rollers, bottom bearings, filament holder, sealing footpads, a 1 m PTFE tube, user manual, and power cable.

J1 FilaDryer Bundle Set: The bundle version includes the drying chamber, desiccant pack, desiccant container, bottom rollers, bottom bearings, filament holder, sealing footpads, PTFE tube, and user manual.

Initial Overview

One of the standout aspects of the Jayo J1 FilaDryer is its thoughtful, modular design. Each drying chamber is fully stackable, allowing users to expand their setup as their filament collection grows. Whether you are running a print farm or simply juggling multiple materials at home, the ability to build upward instead of outward keeps your workspace clean and efficient.

Despite its compact footprint, the J1 supports a wide range of spool sizes, from lightweight 0.25 kg spools to standard 0.5 kg and 1.1 kg rolls, including paper-core spools. A cross-axis support system keeps the spool stable, while the integrated hygrometer provides a quick visual check of humidity inside the chamber.

Drying performance is handled by a 150 W PTC heating system that can reach up to 70°C, targeting consistent heat delivery for a broad range of filaments. An internal hygrometer helps you track humidity during a drying cycle, and the storage mode is designed to keep filament protected between prints.

Setup Process

The Jayo J1 FilaDryer arrives with everything you need to get started. Inside the box, you will find the main drying unit, a storage chamber, a combined hygrometer and desiccant module, and a small set of parts for the spool rollers.

Begin by assembling the two bottom rollers and their bearings. Slide a bearing onto each end of the rollers, then seat the rollers into the lower section of the storage unit.

Next, insert the hygrometer module into the front of the storage box (the section with the clear display window). It slides into place and also houses the desiccant container.

Place the desiccant pack into its container. The included desiccant changes colour as it absorbs moisture, which makes it easy to see when it has been working and when it may need recharging or replacement.

Finally, install the filament holder into the centre section of the unit so the spool is supported correctly during drying and printing.

Once assembled, the dryer can be used as a standalone drying station or as a feed-through dryer while printing. The heating base houses the controls for temperature and timer settings.

In everyday use, the controls are simple and responsive, making it easy to dial in the right drying settings without overthinking the process. It is a straightforward system that does exactly what it is designed to do.

Stackable Storage Capabilities

One of the most useful aspects of the Jayo J1 FilaDryer is its stackable storage design. Each unit is shaped to sit neatly on top of another, allowing you to expand capacity without taking up extra bench space. Jayo recommends stacking up to three units high, which is ideal for anyone managing multiple filament types or running several printers at once.

Even when stacked, the front-mounted hygrometers remain visible, making it easy to check humidity across chambers at a glance. One downside is that there is no physical latch between units, so you will want to keep the stack on a stable surface.

Safety and Thermal Cutoff

The Jayo J1 includes thermal protection designed to reduce risk during longer drying sessions. The unit incorporates a hardware-level thermal cutoff intended to shut down heating if temperatures exceed safe operating limits, acting independently of the software control system.

Removable Bottom Covers

The J1 uses removable bottom covers for drying and storage modes, each with a rubber seal to help maintain an airtight closure. It is a simple design choice, but it supports the main goal: keeping filament dry during storage, not just during a heated cycle.

Testing (Wood PLA Benchy)

Wood-based PLA blends are extremely prone to absorbing moisture, far more than standard PLA. When they take on water, steam pockets form during extrusion, causing bubbling, stringing, and rough surface texture. Proper drying is the quickest way to bring print quality back under control.

To demonstrate the impact, I printed two identical Benchies using the same gcode. The first print was done straight from the spool without drying. The second was printed after drying the filament for six hours in the Jayo J1, then storing it in the sealed chamber to reduce reabsorption.

Following the six-hour drying cycle, the humidity reading dropped significantly, and the print quality improved with fewer visible artefacts, smoother surfaces, and more consistent extrusion.

Video: JAYO FilaDryer J1 in Action

Alongside this written hands-on review, I also recorded a detailed video showing the JAYO FilaDryer J1 setup, drying process, and real-world testing with filament prints. The video gives a closer look at the unit’s design, controls, and how it performs during everyday use.

Other Filament Dryers

On 凸凹人妻人人澡人人添, we have a detailed filament dryer comparison guide where products from brands such as EIBOS, Creality, Polymaker, Sovol, and others are listed for price and feature comparisons.

• SUNLU FilaDryer S4 (Review)
• Polymaker PolyDryer (Review)
• SUNLU FilaDryer E2 (Review)

Other filament dryers, such as the SUNLU S1, are built around higher capacity, supporting dual spools or larger 3 kg rolls. In contrast, the Jayo J1 adopts a slimmer, single-spool design with stackable expansion, making it better suited to compact workspaces where footprint matters more than volume.

The Jayo J1 would pair well with the wide range of FDM 3D printers we’ve thoroughly tested over the years, particularly in budget and mid-range categories where filament consistency makes a noticeable difference.

Conclusion and Pros & Cons

Compare the Prices & Bundles:
Official Store

The post JAYO FilaDryer J1 Review: Slim 2-in-1 Filament Dryer Tested appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

We’ll examine its features and capabilities in this review. Finally, as always, a list of Pros and Cons.

Table of Contents

• Mintion Heat Press Kit Specifications
• What’s in the Box
• Mintion Heat Press Overview
• Setup Process
• Testing
• YouTube Video
• Comparison
• Conclusion and Pros & Cons

Where to Buy

Price: $44-$49

Compare the Prices & Bundles:
Official Store | Amazon

Mintion Heat Press Kit Specifications

• 90W Soldering Iron (180°C–500°C) with real-time temp display – No overheating or weak bonds.
• 95% Pre-Assembled – Ready in minutes, even for beginners.
• Precision Press Design – Aluminum frame + spring arm for perfect vertical alignment.
• Full Kit Included – 30 brass nuts, tweezers, hex wrenches—no extra purchases needed.
• Built-in Storage – All accessories organized and within reach.
• Compatible With: PLA, ABS, PETG, etc. – ideal for mechanical parts, enclosures, and mounts.

What’s in the Box

Heat Press gun with power cable, Allen keys, adaptor tips, stainless steel pipe, open-ended wrench, straight tweezers, cable clips and double-sided tape, 30× M3 brass insert nuts, 2× round hex screws, injection-moulded base, extrusion, and user manual.

Initial overview

Mintion has built a strong reputation over the years for its impressive range of timelapse cameras, catering to FDM and resin 3D printing — and now expanding into laser engraving and cutting. These cameras not only allow users to monitor their projects in real time but also 凸凹人妻人人澡人人添 stunning timelapse videos perfect for sharing across social media. Having personally tested many of Mintion’s products, I’ve consistently been impressed by their build quality and performance.

In the world of 3D printing, heat press guns are a go-to tool for assembling parts using heated brass inserts. However, achieving consistent precision — especially in repeatable tasks — has always been a challenge.

Mintion’s newly released Heat Press Kit addresses this issue with a user-friendly, easy-to-set-up solution designed for accuracy and versatility. The kit includes:
– A powerful 90W heat press gun with a temperature range of 180°C to 500°C
– Multiple interchangeable press tips (sizes M2 to M8) for compatibility with a wide range of brass inserts
– Approximately 30 M3 brass inserts included
– A durable injection-moulded base for organized storage of all components
This kit is ideal for working with popular filament types such as PLA, ABS, and PETG, making it perfect for mechanical parts, enclosures, mounts, and more.

Setup Process

Installation of the Mintion Heat Press Kit is straightforward using the provided guide. Below are the eight main steps with visual references for each stage of assembly.

Step 1: Connect the extrusion to the base using one round hex screw. Tighten with the supplied Allen key.

Step 2: Slide the main heat gun unit over the extrusion. It should move freely. If it’s too tight or too loose, adjust the eccentric wheel on the runner.

Step 3: Attach the heat gun to the clamp and tighten the two screws using the supplied screwdriver.

Step 4: Connect the handle to the retractable unit using the clip. Push the clip firmly into place.

Step 5: Mount the combined handle and retractable unit to the top of the extrusion. Secure with the second round hex screw and Allen key.

Step 6: Pull the retractable cord and slide it into the V-slot on the heat press unit.

Step 7: Install the two cable clips using the supplied double-sided tape. Attach to the two marked spots on the frame.

Step 8: Select your preferred heat tip (e.g., M3) and carefully screw it into the heating element. Avoid cross-threading.

Once fully assembled, the Mintion Heat Press Kit feels sturdy and well-balanced. The guided setup ensures even beginners can get started quickly with minimal guesswork.

Testing

So for the testing phase I wanted to carry out the process of installing the heat inserts both manually and using the Mintion Heat Press kit, to see if there was a marked improvement on final product and repeatability test.

I’ve finished installing all the heat inserts into the DeathRacer Kit frame—over 25 in total. Thankfully, the kit made the process much more straightforward. If you’re interested, the DeathRacer Kit is available for purchase on the Bigtreetech website.
The frame, along with several other components, was printed in PLA, so I stuck with a heat temperature of 200°C for the insert installation. That setting has consistently worked well for me with PLA parts.

Overall, the Mintion Heat Press Kit proved to be a reliable and efficient tool for embedding heat-set inserts. The consistent temperature control and vertical alignment helped produce clean, professional results with minimal effort—especially valuable when working on larger builds or repeatable tasks.

YouTube Video

To see the Heat Press in action, including tests and setup, check out the hands-on video walkthrough on my YouTube channel:

Hopefully, the video helps you decide whether this kit deserves a spot on your 3D printing workbench.

Comparison

As this is the first dedicated heat press tool we’ve tested on 凸凹人妻人人澡人人添, there are currently no direct comparisons available. That said, the Mintion Heat Press Kit stands out by being purpose-built—or carefully adapted—for 3D printing needs. From its adjustable temperature range to its vertical alignment system and included brass inserts, it’s clearly designed with makers in mind. This sets a solid benchmark for any similar tools we may evaluate in the future.

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Conclusion and Pros & Cons

When you’re immersed in a 3D printing build, every second counts—and waiting for tools to heat up can throw off your momentum. That’s why this soldering iron quickly earned a permanent spot on my workbench. Its rapid heat-up time isn’t just convenient—it’s a game-changer for staying productive and focused.
Throughout my recent projects, I noticed just how much time I was saving thanks to its fast warm-up. Compared to other models I’ve used, this one stands out for its consistent performance. The temperature remains stable, which is essential for making clean, accurate connections without the frustration of fluctuating heat.

I’ve tested this soldering iron extensively across a range of PLA and PETG components, and it’s consistently delivered flawless results. It embeds threaded brass inserts with pinpoint accuracy, securing them firmly without compromising the surrounding structure—a huge win when working with delicate or intricate prints.
No matter the printer or setup, its performance has remained impressively stable. One standout feature is its versatile selection of interchangeable tips, each tailored to fit different brass insert sizes. Swapping them is seamless, making the tool intuitive and efficient to use. The inserts themselves are top-notch—tight-fitting and durable, they 凸凹人妻人人澡人人添 robust threads that hold strong over time, even under repeated stress.

If there’s one aspect that could benefit from a redesign, it’s the handle. While it functions adequately, it falls short in comfort during extended use. After long sessions with the heat press, I began to notice hand fatigue creeping in. It’s not a deal-breaker, but a more ergonomic, cushioned grip would significantly elevate the user experience—especially for those of us who spend hours immersed in meticulous, hands-on work.

All in all, this soldering iron has earned a permanent spot on my workbench. Its fast heat-up time, consistent performance, and versatility with brass inserts make it a standout tool for any serious 3D printing enthusiast. A more comfortable handle would be the cherry on top, but even without it, this tool is a game-changer for precision work.

Pros
• Compact design
• Fast Heat up
• Storage box in base
• easy to build

Cons
• handle as mentioned.

Compare the Prices & Bundles:
Official Store | Amazon

The post Mintion Heat Press Kit: Quick, Clean, Reliable Inserts for 3D Prints appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

Although the P1S is a solid machine on its own, BIGTREETECH’s add-ons can further enhance the usability of the entire Bambu lineup. Key products include:

• Panda Touch – a touch-screen controller that lets you manage up to ten Bambu printers simultaneously.
• Upgraded extruder frame and gear set – designed for smoother, more reliable filament feeding.
• Panda Branch – an expansion board that boosts AMS connectivity and adds four powered USB ports for accessories such as lights or cameras.
• Panda PWR – a power-management module compatible with any printer, providing real-time power monitoring plus a switchable USB port for accessory lighting. When paired with a Bambu printer and Panda Touch, it can even sync your auxiliary lights with the printer’s built-in LED.

Where to Buy the Panda Accessories

Amazon Store | Official Website

Accessories Included in this Guide

Panda touch – Panda Branch – Panda PWR Intelligent power management – Panda Claw metal extruder gears – Panda Revo hotend – Panda Jetpack with – Panda jet cooling duct – Panda Hub dual USB – Panda 淫日尽欢 Extruder frame – Panda Knomi smart display – Panda Lux lightbar – Panda Door

Throughout the article, we’ll break down each upgrade, examine how it affects day-to-day use, and weigh the major benefits and potential drawbacks.

Panda Touch Control Screen

A 5-inch, Wi-Fi-enabled capacitive touchscreen that snaps onto the front of a Bambu Lab 3D printer (or sits on a desk in its magnetic dock) and acts as a central command panel for up to ten printers at once. It’s meant to give P- and A-series printer owners the richer interface found on the flagship X1C, while adding fleet management tools the stock Bambu screens don’t offer. The Panda Touch is ideal for those running multiple Bambu printers if you use several P and A series printers.

Quick hardware specs

• MCU: dual-core ESP32-S3 @ up to 240 MHz, 8 MB PSRAM, 16 MB flash
• Display: 5 in IPS, 800 × 480 px, 16.7 M colours
• Wireless: 2.4 GHz Wi-Fi (802.11 b/g/n)
• Power: USB-C 5 V (0.6 A while running, up to 1.25 A while charging)
• Battery: internal Li-ion, ~20–30 min untethered use, ~1.2 h recharge
• Ports / expansion: 1 × USB-A (FAT32, ≤ 8 GB) for print files; I²C header for future sensors
• Operating temp: 0–60 °C

Setup takes about ten minutes: screw the magnetic charging dock to its adhesive bracket, stick it over the stock Bambu screen, and let the tape cure while you run the included USB-C cable to the printer’s front USB-A port. Flip the rear power switch to DC 5 V (or Battery if you want ~30 minutes of cordless use), power on, and follow the first-boot wizard—pick a language, connect to 2.4 GHz Wi-Fi, then hit “Scan” so the Panda Touch auto-discovers every Bambu on your LAN (you’ll just type each printer’s eight-digit Access Code). Choose LAN-only for the fastest local control or sign into Bambu Cloud if you already rely on the mobile app; X-series owners should enable Developer Mode to keep full heater control. Finally, open the screen’s IP address in a browser to apply the latest OTA firmware, and you’re ready to monitor or drive up to ten printers from one panel. For more information about setup and firmware versions please be sure to check out the BTT wiki site.

https://bttwiki.com/PandaTouch.html

If you do not like the stock mounting option, there are several printable holders and mounts available on the Printables site.
https://www.printables.com/search/models?ctx=models&q=panda+touch

The Panda Touch dramatically boosts the usability of Bambu Lab’s P-series printers. Its large, intuitive menu system gives you full control over every printer function, and you can switch between multiple networked printers in seconds. The built-in battery is handy for quick tweaks on machines that aren’t near the mounting dock; while it doesn’t run for hours, it lasts long enough to make adjustments and snap the screen back onto its magnetic base. The interface also unlocks the Panda PWR module, displaying real-time power data and letting you schedule auto-shutdowns or toggle the accessory USB rail. Taken together, these features make Panda Touch one of the most valuable upgrades available for the Bambu P- and A-series printers.

Panda PWR Intelligent Power Management

https://bttwiki.com/Panda%20PWR.html

The Panda PWR is an inline, Wi-Fi power-management brick that sits between your printer’s IEC mains cable and the wall outlet. Rated for 100–240 V AC at up to 9 A, it streams real-time voltage, current, wattage, and cumulative energy data to either its built-in web dashboard or a paired Panda Touch screen. Beyond monitoring, you can schedule an automatic shutdown as soon as a job finishes, eliminating idle heaters and saving power. The module also offers two 5 V USB-A ports (1.5 A each): one always on, the other software-switchable. The switchable rail can be synchronized with the printer’s LED, providing a neat way to power light strips, camera fans, or even the Panda Touch itself.

Installation is truly drop-in—no rewiring, just use the stock IEC cables—and once connected it delivers accurate real-time and historical energy metering, auto-off rules that cut both power costs and fire risk, and that LED-synced USB port for inexpensive lighting.

Its main limitations are a 9-amp ceiling that rules out some aftermarket high-wattage heated beds, the need for a Panda Touch to unlock group control and LED-sync functions, and 2.4 GHz Wi-Fi only, with no cloud access beyond your local network. Still, at under fifty dollars, Panda PWR is a practical quality-of-life upgrade for anyone who tracks print costs or wants fleet-wide, one-tap power control.

Panda Branch

Panda Branch is essentially a powered hub for the Bambu-Lab ecosystem: feed it 24 volts and it “branches” that power into four AMS sockets plus four fuse-protected 5-volt USB ports, giving you a clean way to run extra AMS units, LED strips, USB fans, cameras, or a Panda Touch without piggy-backing on the printer’s lone USB jack. A DIP-switch lets you cap the 5 V rail at 1, 2, or 2.7 amps, and a fault LED lights up if any port trips its fuse, so you can spot issues at a glance. The 20-mm-wide board tucks into a printed sleeve and aligns all connectors in one direction for painless cable management.

https://bttwiki.com/PandaBranch.html#specifications

https://github.com/bigtreetech/Panda-Branch/tree/master/STL

Current draw is the only real constraint—2.7 A shared on 5 V—and the four 24 V headers are strictly for AMS power, not general accessories. At roughly twenty-two dollars on sale, Panda Branch is a cheap, tidy solution for anyone who wants to light up their enclosure, add cameras, or run multiple AMS units without dangling USB hubs and splitters.

Panda Knomi Display

Panda Knomi is the “fun-factor” member of BIGTREETECH’s Panda family: a postage-stamp IPS display that rides on the print head and flashes animated GIFs alongside real-time percentage, layer, extruder temp and bed temp. Powered from an accessory port (A1 shell) or a short USB-C lead (P1/X1), it needs no firmware mods—just connect to the same 2.4 GHz Wi-Fi as your printer, run the browser-based wizard, and pick a theme. Because it only sniffs non-critical status packets, it survives Bambu’s new authentication rules and won’t brick after an update.

https://bttwiki.com/PandaKnomi.html

You can swap GIF sets over the air or print a different coloured shell to match your machine, and the ultra-low 0.65 W draw means it can stay lit as a perpetual progress indicator without toasting stepper temps. If you like the idea of a lively little “dashboard” that tells you—at a glance—how a print is going, Panda Knomi is an inexpensive, plug-and-play add-on. Just remember: it’s eye-candy and status, not a full control surface.

Setup is quick: screw the Knomi onto its printed (or included) tool-head mount, plug the short USB-C lead (P1/X1) into the Panda Hub dual USB to help hide the cable inside the printer or accessory ribbon (A1) into the printer’s 5 V header, and power up. On first boot the screen broadcasts its own Wi-Fi hotspot—join it with your phone or laptop, point a browser to the shown IP, select your 2.4 GHz network, and enter the password.

The wizard auto-discovers any Bambu printer on the same LAN; tap the matching serial number to bind, upload the latest firmware if prompted, and choose a GIF theme. From there the display shows live progress and temps, and you can swap animations or update firmware anytime through the same web UI—no cables or SD cards needed. You can also upload your own custom GIFs through the Web UI; there are easy-to-follow instructions provided on the product WiKi above.

Panda Claw, Panda Revo Hotend, Panda Extruder Frame and Panda Jetpack with Panda Jet Duct

Installation is easiest if you tackle all four upgrades in one session. Start by powering down the printer, removing the tool-head shroud, and unclipping the stock hotend. With the hotend out, loosen the two shoulder screws that hold the plastic extruder body together; you can now swap in the 淫日尽欢-milled Panda Extruder Frame. Before re-assembling, drop the Panda Claw drive and idler gears into the new frame (make sure the keyed flats face the stepper shaft and lightly grease the bearing pockets).

https://bttwiki.com/en/Panda%20extruder.html

https://bttwiki.com/en/Panda%20P1%20X1.html

Next, slide the Panda Revo hotend into the heat-break seat, plug the heater-core and thermistor leads into the factory JST headers, and latch the thumb-lock—no re-levelling needed, though it is always recommended to run a level on any changes. You can now mount the Panda Jetpack shroud; with the Panda Jetpack duct you will have 4 jets of air hitting the print, unlike the dual duct on the stock shroud, helping with cooling and overhang performance. Run a quick PID tune and flow 镜子里看我怎么进入你, check that the blower spins freely, and you’re ready to print.

Together, these four upgrades turn the Bambu tool-head into a markedly more efficient, higher-throughput assembly. The Panda Claw’s hardened gears bite deeper and wear far more slowly than the stock brass set, virtually eliminating mid-print “clicking” and under-extrusion on abrasive or flex filaments. The lightweight, all-metal Extruder Frame shaves nearly 20 grams of moving mass; coupled with the stiffer latch it tightens filament path alignment and lets the motion system hit acceleration targets with a little less ringing on sharp corners. Swapping to the Panda Revo hotend unlocks E3D’s high-flow core, so the machine can maintain layer adhesion at 200–250 mm/s in “Sport” and “Ludicrous” modes without creeping past its volumetric flow ceiling—and nozzle changes become a 30-second, cold-swap affair instead of swapping whole assemblies.

Finally, the Panda Jetpack funnels a focused cone of air directly under the nozzle, dropping bridge sag by about 10–15 degrees and crisping overhangs and small features, especially when printing PLA or PETG at higher line widths. In practice you see smoother wall finish, fewer restart scars, cleaner bridges, up to 10 % shorter print times on high-speed profiles, and lower maintenance overhead.

Other Accessories

BIGTREETECH’s Panda line includes several smaller, but still useful—add-ons:
– Panda Lux light bar. Brighter than the stock LED strip, Panda Lux mounts with built-in magnets above the front door, giving a far wider, more even wash of light over the build chamber. Installation is simple: unplug the factory light bar, plug Panda Lux into the same header, and snap it in place—no firmware changes required.

– Panda Acrylic Doors. Available in multiple tint colours, these replacement doors are mostly aesthetic, but the optically clear acrylic does give you an unobstructed view of the print area and lends the printer a more premium look.

– CryoGrip Build Plates. We tested two versions: Frostbite and Glacier.

• Frostbite targets PLA and PETG only; adhesion is excellent at unusually low bed temperatures—about 30 °C for PLA and 50 °C for PETG.
• Glacier is multi-material and needs a bit more heat—roughly 45 °C for PLA and 60 °C for PETG—but shows the same strong hold while releasing prints cleanly once cool.

Several patterned “aesthetic” plates are also available; their surface textures imprint a design onto the first layer for decorative effects.

– Panda Hub Dual-USB adapter.

https://bttwiki.com/en/Panda%20Hub.html

This Y-splitter converts the single USB port inside the printer’s upper frame into two ports—handy for running both a Panda Touch and a Panda Knomi through the factory USB. If you operate multiple printers, plug the Panda Touch into an always-on source such as the always-on USB on a Panda PWR module; that way you retain fleet control even when individual printers are powered down and this will keep the battery charged and ready to go.

Conclusion

BIGTREETECH’s Panda ecosystem proves just how much extra mileage you can squeeze out of an already–capable Bambu Lab printer. From the fleet-managing Panda Touch and power-saving Panda PWR, to the performance-oriented Panda Claw, Revo, and Jetpack upgrades, each accessory targets a specific pain point—yet they slot together like LEGO. Whether you want faster, cleaner prints, simpler multi-printer workflow, or just brighter lighting and prettier doors, there’s a Panda part that clicks into place with almost no wiring or firmware drama and for far less cash than a new machine.

For print-farm operators, the Touch + Branch + PWR combo alone can centralise control, expand AMS capacity, and cut idle-time energy costs—an ROI you’ll feel after a few long jobs. Speed-chasers can layer on the Claw/Revo/Jetpack trio for noticeably higher flow rates, crisper overhangs, and reduced ringing without touching motion firmware. And hobbyists who simply want better visibility or fun status graphics can bolt in the Lux light bar and Knomi display in minutes.

No single upgrade is mandatory, and each has a modest limitation—9 A power ceiling here, 2.7 A USB budget there—but taken together they add up to a remarkably cohesive toolkit. Pick the pieces that match your workflow and budget, and you’ll turn a solid P- or A-series Bambu into a faster, brighter, easier-to-manage workhorse—all without voiding the warranty or breaking the bank.

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Where to Buy the Panda Accessories

Amazon Store | Official Website

The post BigTreeTech Panda Accessories for BambuLab Printers: Guide appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

Table of Contents (Jump to a Section)

• Specifications
• Unboxing and Design
• Drying Mode
• Annealing Mode
• Teflon Tubes and Setups
• Other Tests
• Compare to Other Filament Dryers
• Conclusion and Pros & Cons

Where to Buy

Price: $279 – $359

Official Website

SUNLU FilaDryer E2 Specifications:

E – Engineering, 2 – Two Spools
Size: 400mm x 300mm x 220mm (15.75″ x 11.81″ x 8.66″)
Temperature: Up to 110°C (230°F)
Annealing Feature for Printed Parts
Number of Spools: 2x 1KG, 1x 2KG, 1x3KG
Fast Heating Up Speed
Filament feed from the sides and top
Compatibility with all engineering filaments:
ABS, ASA, PC, PA, CF, and others, including common materials.
Intelligent Protection System
Airtight Design

Unboxing and Design

My FilaDryer E2 arrived in a bigger box than usual, as it included an extra eight filament spools. I was informed that my device comes with the first batch of machines and that there will be some product optimizations where needed.

– What’s in the Box. The package should include the power cord, PTFE tubes, annealing tray, and heat-resistant gloves. However, the gloves were missing from my batch. I must say that gloves are essential for quickly handling spools and prints without waiting for them to cool down, as some spools become too hot to handle safely.

– Damaged During Handling/Transportation. Upon close inspection, I noticed that my FilaDryer E2 is damaged: one of its feet is pushed in. I have already contacted the SUNLU team to provide feedback, helping them address the issue and add extra protection or reinforcements where necessary.

To ensure that no electronics were damaged, I removed the bottom lid to inspect the device. Given that this is a high-temperature device with sensitive electronics, it’s always better to be cautious. To my relief, the area where the legs were pushed in contained no electronics. If the impact had occurred on the electronics side, there could have been potential rubbing against the wires.

– Design. Like the other devices in the SUNLU FilaDryer family (S4 and S1), the FilaDryer E2 has a sleek, transparent design with a bright green LED indicator that stops moving and lights up once the chamber reaches the assigned temperature.

– Airtight. Compared to the S4 and S1, the E2 is the most airtight, thanks to its rubber plugs and sealed lid. According to the manufacturer, placing a desiccant dehumidifier in the designated area allows it to function as a storage dry box. Another benefit of sealing is that the operating fans are less noisy.

– Touchscreen. The E2 touchscreen may not match the quality of those on newer generation 3D printers. But, it still allows for easy navigation through functions and complements the overall design of the FilaDryer series. All presets and settings were straightforward to adjust using the [SET] button along with the up and down buttons.

– RH 10%. The only aspect I couldn’t understand and wished was more precise is the humidity reader, which was always at RH 10%. However, the SUNLU site provided an explanation: If the product set working temperature ≥ 80 ℃, humidity detection module will be in a protective state (display humidity RH 10%) is a normal phenomenon when the drying box temperature is reduced to 70 ℃, about 20H, humidity detection module automatically restore the original precision.

– Instructions. The included operation instructions are quite handy. I got a quick sneak peek at the annealing mode settings directly from them. They also include helpful tips, such as: ‘For optimal drying, keep the silicone plug open during drying.’

– Safety. Safety is paramount with this 500W heating device, as high temperatures can rise quickly. According to the manufacturer, an alarm will sound, and heating will stop if temperatures become abnormally high. In my own tests outside the enclosure, temperature readings stayed within acceptable ranges. Needless to say, the device is made from fire-resistant materials. While I can’t offer a comprehensive assessment yet, after several hours of use, external temperatures remained within normal limits. See the thermal footage below.

Drying Mode

In our previous guides, we thoroughly explained the importance of keeping filaments dry and using filament dryers. To put it briefly, it’s essential for improving the quality of 3D prints.

One of the main features of the SUNLU FilaDryer E2 is its high-speed heating and higher drying temperature limits. By pressing [SET], you can cycle through the preset filament drying modes, such as PA(Nylon), CF(Carbon Fiber), ABS, and others.

As a quick test, I started a print on the Creality K1 using SUNLU’s Easy PA(Nylon) filament. While the model I chose wasn’t intended for engineering purposes, it produced an interesting result.

I was pleased to see the Creality K1 pull the filament smoothly without extra PTFE tubes despite entering the 3D printer at nearly a horizontal angle.

While the PA(Nylon) setting heated the chamber to 100°C (212°F), readings from an infrared thermometer revealed temperature variations across different areas, as hot air flowed in a counterclockwise loop from right to left.

Another device, a TopDon thermal camera, offered a more visual view of the overall heat distribution. You can see the live thermal camera view in our short YouTube video featuring SUNLU FilaDryers.

The functional, themed sticky note holder printed very well in Easy-PA (Nylon) with a nozzle temperature of 270°C and a heated bed at 80°C. However, upon cooling, the thin wall in the holder area bent quickly. The print would have failed if it hadn’t been placed in the chamber for post-processing in annealing mode. See images below.

Annealing Mode

Annealing in 3D printing means heating a printed part below its melting point to relieve stress, improve stability, and enhance its properties.

I had a great example of a model that printed well in regular and exotic PLAs but showed an interesting bend in the holding area when printed in Easy-PA. I must admit I hadn’t used this material before, so there might be specific cooling settings to avoid this issue. Nevertheless, it was perfect for my task. I tested E2 annealing mode right on this model to see if it could fix the problem.

Annealing mode presets on the E2 range between 2 to 6 hours and temperatures of 80°C (176°F) to 100°C (212°F). In my case, I left my print in the chamber for about 10 minutes, during which it became soft and flexible. I could then carefully ‘massage’ the bent area back into its designed position, significantly improving the bend.

Physically manipulating different types of plastics is possible with a heat gun, but the results are often uneven. One side of the printed part might even get damaged before the other side has fully warmed up. In contrast, an annealing chamber ensures the entire model is heated evenly.

As a fun test, I placed a Benchy printed in white PLA into the chamber, and within about ten minutes, it became soft enough to squeeze with just two fingers. Poor Benchys – I have a feeling many more will become test “victims” of this device!

Importance of the Teflon Tubes and Setups

As instructions suggest, the Teflon tubes should be installed, especially if there is a sharp filament travel curve.

In my previous FilaDryer S4 review, I tested various setups with different printers and positions. However, the PTFE tubes provided with the E2 are quite short. I would recommend that SUNLU include longer PTFE tubes or offer custom-length options as an add-on for a more sustainable solution. For reference, here’s an example of the FilaDryer S4 setup on the Snapmaker Artisan.

The two PTFE tubes feeding filament to the Snapmaker dual extruder are over a meter long. When using such long tubes, it is important to use high-quality filaments with consistent diameters. Additionally, it’s a good practice to check for excessive filament feeding resistance. My XYZ Cube test print was completed without issues, as shown in a short YouTube video.

I like this setup and would love to have custom brackets to hold the S4 on top of the Artisan enclosure. Placing the E2 on the enclosure feels excessive and would complicate the use of the annealing mode.

Other Tests

As my SUNLU FilaDryer E2 testing continues, I’ve geared up with some very interesting engineering-grade filaments from SUNLU, including Easy-PA, PC-ABS, PA6-CF, and PA12-CF. I’ve also prepared filaments from Inslogic, such as ASA, PETG Pro, TPU 95A, and Matte PLA. Additionally, my shelves still hold ABS, PETG, and a variety of PLA. Slowly but steadily, I will cover these materials in various reviews and add the results here. If you’d like me to test annealing or drying with specific materials or prints, please share the details in the comments below. I may speed up the process…

No more invading the kitchen! Using the E2, I dried loose desiccant and sachets for approximately 30 minutes on full power. While it can be done faster in a regular microwave on defrost mode, having the option to do it in the workshop is both convenient and peaceful.

Other Filament Dryers

On 凸凹人妻人人澡人人添, we have a detailed filament dryer comparison guide where products from brands such as EIBOS, Creality, Eryone, Sovol, and others are listed for price and feature comparisons.

• SUNLU FilaDryer S4 (Review)
• Polymaker PolyDryer (Review)
• Filament Drying Solutions for Snapmaker 3D Printers (Guide)

Other filament dryers, such as the EIBOS Polyphemus and FIXDRY, are also designed to hold two spools or a single 3KG filament spool. PolyMaker’s PolyDryers offer a convenient, integrated storage solution with their PolyDryer Box.

In comparison, the SUNLU FilaDryer E2 belongs to a different, engineering-grade category, standing out as a two-in-one device that combines a high-temperature airtight filament dryer with an annealing feature.

The comparison with other SUNLU FilaDryers, S2 and S4, is covered in detail in this guide. While the S2 and S4 are suitable for consumer-grade filaments, the E2 is designed for engineering-grade filaments and includes an additional annealing function.

Conclusion and Pros and Cons

Official Website

The post SUNLU FilaDryer E2 Review: 2-in-1 Filament Drying and Annealing appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

This Guide Covers

• Why are Filament Dryer Boxes Needed?
• Moisture Absorption – Hygroscopicity
• The Best Filament Dryers
• SUNLU S2
  • SUNLU FilaDryer SP2
  • SUNLU FilaDryer S4
  • SUNLU FilaDryer E2
• Polymaker PolyDryer
• EIBOS
  • Cyclopes & Polyphemus
  • Series X Tetras NEW
• Creality Space Pi X4 NEW
• JAYO FilaDryer J1 NEW
• Sovol SH01
• Eryone M2
• DIY Solutions and Innovations
  • High Temperature and Annealing
  • IKEA Storage Box
  • RepBox System
  • Storage Bags with Electric Pump
• Conclusion

Why are Filament Dryers Needed?

Until now, we used to keep all filaments in sealed plastic bags with a piece of a desiccant dehumidifier and were generally happy about it. Of course, in a few years, filament quality in some spools became degraded due to general mishandling. Plastic bags either didn’t get sealed properly, were micro-pierced by a sharp filament end, or the silica gel stopped working, and we had no idea about it.

In extreme cases, our filament made a popping noise during extrusion, and some visible evaporation occurred. This is the source of uneven surfaces on the prints. When the water is heated, it boils and evaporates, leaving micro craters on the extruded filament and printed surfaces.

The opportunity to reverse the process and get the quality of the material back is very welcoming. This is where filament dryers may come to the rescue.

Moisture Absorption – Hygroscopicity

In our previous article, “How to Revert Filament Moisture Absorption,” Curry Lin explained how it works in detail. He even featured a chart showcasing how some filaments are more hygroscopic than others.

He also listed filament drying methods and differences, including using desiccant dehumidifiers only, PI heating pads, and enclosed filament dryers, and he listed the pros and cons of each technique.

The Best Filament Dryers

Here, we will list the best filament dryers available on the consumer market for FDM 3D printers. Some are more expensive and sophisticated, while others are best for space and budget.

SUNLU S2 Filament Dryer

Price: $44-54
Product links:
Amazon | AliExpress | Official Website

This is the second filament dryer from SUNLU, the S2, which stands out with its futuristic look. It has a compact build and a large touchscreen display, and it presents many metrics, including temperature, moisture, target temperature, timer, and material type. The settings are easy to see and use. With a maximum temperature that can be increased up to 70°C, the S2 can now dry a wider range of materials, such as PLA, ABS, Nylon, and more.

This build enables the filament to be fed to our Creality 3D printers. For the Ender 3 V2 Neo, the filament feed is straightforward and even safer than using the original spool holder on the top. It eliminates the risk of brittle filament snapping. The Ender 5 S1 also works well with this setup, even though its filament feeding mechanism is slightly unusual. Refer to the Ender 5 S1 review article for more details.

360° Heating: The heating element now wraps around the spool much more evenly, unlike the previous version, which covered only around half of the spool area. As the SUNLU S2 is designed as an active heated filament dryer rather than an airtight dry storage box, it does not include a dedicated desiccant compartment. This keeps the setup simple, with no desiccant bags to monitor or replace. However, for longer-term storage after drying, an airtight storage box with dessicant bags or vacuum-sealed storage bags is still recommended.

SUNLU FilaDryer SP2

Price: $69.99-$99.99

Compare the Prices & Bundles:
Official Store

SUNLU, a well-established name in the 3D printing industry, has expanded its lineup with the FilaDryer SP2. It’s an airtight, modular system designed to store and dry filament more efficiently, capable of accommodating two 1kg spools, or one 2kg or 3kg spool.

The FilaDryer SP2 is SUNLU’s answer to a modular, airtight storage and drying solution. I’ve used the device extensively and have been pleased with its performance. The storage boxes are relatively large – designed to accommodate spools up to 3 kg, as well as standard 1 kg spools. Any remaining space can be effectively used for extra desiccant bags to enhance drying and humidity control.

Read more – unboxing and testing:
FilaDryer SP2 Review and Pros & Cons by Max Funkner.

SUNLU FilaDryer S4

Product links:

Amazon

Official Website

SUNLU keeps bringing filament maintenance solutions to the market. Their latest product, the SUNLU FilaDryer S4 filament dryer, can accommodate and dry up to four 1kg spools at once.

Generally, I am pleased to have FilaDryer along with my FDM 3D Printers. Over the years, I’ve accumulated a lot of half-empty spools that have lost their quality due to humidity. Now I can refresh them four spools at once. It is definitely a good device for FDM 3D printer workshops. Also, it can be a fancy alternative to a filament storage box for casual 3D printer users as well.

Read more – unboxing and testing:
FilaDryer S4 Review and Pros & Cons by Max Funkner.

SUNLU FilaDryer E2 NEW

Price: $279 – $339
Product links:

Official Website

A year after SUNLU successfully launched the FilaDryer S4, the company introduced the FilaDryer E2, a two-spool solution designed for engineering-grade materials like ABS, PA(Nylon), CF(Carbon Fiber), and other higher-temperature filaments. This new device also features a second novel function: an annealing mode for post-processing, which boosts the properties of 3D-printed parts.

SUNLU is steadily building its reputation as a specialist in 3D printing materials. The FilaDryer E2 is a testament to its pioneering spirit. This innovative product addresses the evolving demands of the 3D printing community.

Read more – unboxing and testing:
FilaDryer E2 Review and Pros & Cons by Max Funkner.

Polymaker PolyDryer

Price: $79.99
Product links:

Amazon | Official Website

Polymaker’s PolyDryer was co-developed and beta-tested with the help of some members of the 3D printing community.

I was impressed by the PolyDryer and would not hesitate to recommend it as a useful tool that can pay for itself quickly. The PolyDryer is an easy purchase to justify for print farms as well as hobbyists who just want to prepare their material immediately before printing. The modular PolyDryer Box system can be used to store material between uses, and the visual indicator of the hygrometer on the front of the unit gives an at-a-glance status update on the condition of the material. Andrew Sink

Read more – unboxing and testing:
Polymaker PolyDryer Review by Andrew Sink.
Polymaker & Snapmaker SnapDryer Review by Max Funkner.

EIBOS Cyclopes

Price: $99-120
Product links:
Amazon

Official Website

EIBOS CYCLOPES, launched via 三邦车视网, was one of the first products to address humidity issues. It works as a fully heated option without the need for desiccant dehumidifiers. Also, CYCLOPES offers more control with adjustable heating temperature and heating time. The bigger box may hold two 1kg spools or one 3kg filament spool.

EIBOS Polyphemus

Price: $119-159
Product links:
Amazon

Official Website

EIBOS Polyphemus (inspired by the Ancient Greek one-eyed giant) is the latest addition to the filament dry box lineup by EIBOS. Building upon the success of its predecessor, Cyclop, this advanced device incorporates cutting-edge features, including a 360°C automatic rotating heating system, an extra-large capacity for two 1KG spools or a single 3KG spool, and automated humidity and temperature control for optimal filament storage.

EIBOS Series X Tetras

Price: $175 – $194

Official Website

The EIBOS Series X Tetras is a well-thought-out upgrade for users already running a Bambu Lab AMS. Instead of adding yet another standalone dryer to your setup, the Tetras integrates directly with your existing system, offering independent drying bays without compromising on space or performance.

This article is based entirely on my own hands-on experience setting up and running the Tetras on a Bambu Lab X1C. Below, you’ll find a full walkthrough of the installation process, along with real-world print tests and performance results. A summary with Pros and Cons is available at the end of the article for quick reference.

Read more – unboxing and testing:
Upgrading Bambu Lab AMS with the EIBOS Series X Tetras Dryer by Phil Macey.

Creality Space Pi, Space Pi Plus and Spice Pi X4 NEW

Price: $69-89
Product links:
Amazon

AliExpress

Official Website

Pre-Order: Creality Space Pi Plus – Two Rolls Capacity Filament Dryer

AliExpress

Creality, a well-known brand in the consumer 3D printing market, has recently introduced an update and upgrade to their filament dryers, unveiling the Space Pi and Space Pi Plus; the latter is currently available for pre-order. These innovative dryers serve a practical function and boast a distinctive design appeal, setting them apart in the market. The Space Pi Plus features user-friendly One-Key Settings on its screen, simplifying the process for managing different types of filaments such as PLA, PETG, ABS, TPU, and Nylon. Additionally, the dryer is designed with a 360-degree air circulation system, ensuring efficient and even drying of filament materials.

Spice Pi X4
Price: $159

Official Website

Compare the Prices & Bundles:
Official Store | Amazon | AliExpress

I especially appreciated the airtight separate chambers. As shown in the image, one chamber can dry PLA at 50 °C while another handles TPU at 60 °C, each tailored to the material’s needs. What’s more, the system allows you to leave filaments inside and check the humidity levels the next time before starting a new print. This adds both reliability and convenience for anyone working with sensitive engineering-grade filaments.

JAYO FilaDryer J1

Price: $59.99-$64.99

Compare the Prices & Bundles:
Amazon

The Jayo J1 FilaDryer delivers an impressive balance of performance and affordability, coming from $59.99. For a dryer at this price point, it offers a surprisingly capable feature set. It handles all the usual suspects, including PLA, PETG, ABS/ASA, and TPU, and even takes on moisture-sensitive materials like PVA and nylon, which is where many budget dryers start to struggle.

The Jayo J1 FilaDryer is a practical and effective solution for makers who want consistent filament performance without spending a fortune. It is compact, straightforward to set up, and the stackable design makes it easy to expand drying and storage capacity without consuming additional workspace. Add in the integrated humidity display and thermal protection, and the J1 offers strong value for everyday printing.

Read more – unboxing and testing:
JAYO FilaDryer J1 Review: Slim 2-in-1 Filament Dryer Tested by Phil Macey.

Sovol SH01 Filament Dryer Box

Price: $37-59
Product links:
Amazon | AliExpress | Official Website

FDM 3D printer manufacturer Sovol offered their own version of a filament dryer. This product can hold two spools at a time and displays both temperature and humidity levels. The simplistically designed box is easy to use and has a good seal, keeping the box tightly closed. It is shipped as an upgraded version with an improved fan.

Eryone M1, M2 – Dryer Box Snail

Price: $38-59
Product links:
Amazon | AliExpress | Official Website

Eryone M1 has a slim, snail-like design that has surprisingly many functions. It combines drying with the help of desiccant dehumidifiers and a heating option.

It was delivered in a box slightly bigger than a 1kg filament spool. It is designed to hold the standard 750g-1000g spools, but when I tested a smaller spool, it also worked. The smooth metal base surface and relatively light weight of the spool allowed it to roll in the box.

It took us about one day to decrease humidity from 46% to 24%. We had to switch the heating function back on several times because it stays on for four hours. The Bowden extruder-setup 3D printer, like Neptune 3, worked well.

Filament dryers with such a compact design could be the best solution for those with a limited budget and space.

DIY Solutions and Innovations

Even though many 3D printing-related brands launched filament drying products, many DIY solutions and tutorials are available online. These may look less appealing, but they are sometimes as effective as the commercial versions. Also, cost-wise, these are much cheaper to build, and volume-wise, they are more productive.

– IKEA Storage Box. Following one of the first results in a Google search, we found a video on how to turn an IKEA storage box into an effective dry box. Generally, many storage boxes and food containers that can be turned into dry boxes can be found online.

– High-Temperature and Annealing. High-temperature filament dryers enable the maintenance of advanced engineering-grade materials like PA-Nylon, PC-ABS, ASA, and CF-Carbon Fiber blends. The annealing post-processing feature allowing users to experiment and post-process filaments and prints in a controlled environment.

No more invading the kitchen! Using the FilaDryer E2, for example, it is possible to dry loose desiccant and sachets in approximately 30 minutes on full power. While this can be done faster in a regular microwave on defrost mode, having the option to do it in the workshop is highly convenient.

– RepBox System. This system was initially designed to protect multiple filament spools, such as dust, from the environment. It also helps arrange multiple spools for multi-material 3D printing. Another great benefit of this product is that it can be installed on the wall and, therefore, saves space on the table. According to the manufacturer, it does provide some protection from moisture if desiccant dehumidifier packets are added. Check RepBox products at Repkord.

Filament Storage Bags with Electric Pumps
Storage bags are a popular method for keeping filament dry, and even simple food bags with a few desiccants can work in the short term. But over time, mishandling, weak seals, or unnoticed desiccant failure can compromise spool quality.

For a more reliable setup, explore purpose-made kits on Amazon and check out our full guide with tests and tips: Best Filament Vacuum Pumps & Reusable Storage Bags.

Conclusion

Filament dryers can help both casual and professional 3D printer users, especially in situations with high air humidity. I would keep one of these machines handy to maintain and keep filaments in the best shape. I also added a filament dryer as an optional tool for FDM 3D printers to the ever-expanding list.

The post The Best Filament Dryers and DIY Solutions 2026 appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

I was impressed by the PolyDryer and would not hesitate to recommend it as a useful tool that can pay for itself quickly. The PolyDryer is an easy purchase to justify for print farms as well as hobbyists who just want to prepare their material immediately before printing. The modular PolyDryer Box system can be used to store material between uses, and the visual indicator of the hygrometer on the front of the unit gives an at-a-glance status update on the condition of the material.

Table Of Contents

• Specifications
• Included Accessories
• Drying Filament
• Test Print: Before – After
• Modifications on Printables
• Storing Filament
• Compare to Other Filament Dryers
• Conclusion and Pros & Cons

Price: $79.99

Amazon | Official Website

Polymaker PolyDryer Specifications

Modular design
Compatible with 1kg spools
Supported materials: PLA/PVB/PETG/ABS/ASA/TPU/PA/PC/PVA and other
Dimension: 235(L) x 120(W) x 290(H) mm
Recommended working environment: 20℃ – 35℃

Included Accessories

The Polymaker PolyDryer includes the drying station, a PolyDryer Box, a combination hygrometer and desiccant storage box, and a pair of seals that can be attached to the Box, and a few spare parts. The included desiccant changes color as it absorbs moisture, which provides users a visual indicator of how much moisture is present during drying.

The PolyDryer doesn’t require much setup, but the desiccant container needs to be filled by hand before using the machine. This is a delicate process, as the desiccant beads are very small and will bounce all over a desk if you’re not careful (ask me how I know). Once the container is filled, there is a tab that needs to be removed on the battery compartment which will activate the hygrometer and provide a real-time reading.

Drying Filament with the PolyDryer

The PolyDryer unit has a printed guide on the top of the unit that shows a breakdown of filament types sorted by the Power Level required to dry them, as well as the recommended times for each.

The interface on the front of the unit is simple and easy to understand, with a Start/Stop button controlling the unit, two buttons for increasing/decreasing the value on the screen, and a selector to toggle between time and Power Level.

Using the suggested settings for PETG (Power Level 2, 6 hours of drying time), I dried a spool of GreenGate3D Mars Red PETG that had been open and unsealed since 2020. It only took a few clicks to adjust the power level and get the unit started. The integrated hygrometer measured 44% when the filament was first placed in the box, and by the end of the six hour cycle it was measuring 25%.

Using GreenGate3D Mars Red PETG, I printed a Benchy on the Bambu X1-Carbon before and after the complete six hour drying cycle using the same gcode file. The model printed before shows significantly more stringing and voids where moisture was present, as well as an overall inconsistent appearance on sidewalls. The model printed after shows an improvement in overall quality and significantly fewer bubbles and defects. Once the print was completed, the filament was stored in a sealed PolyDryer Box where it remains protected from absorbing excess moisture.

Printables Modifications for the PolyDryer

The PolyDryer is designed to process a single PolyDryer Box at a time, but the printable ‘Double Barrel Mod‘ from Printables user 3DPrintSOS allows users to attach two boxes to the dryer at the same time.

During my testing of the PolyDryer, this was the only feature I found myself wishing for and I was happy to see that someone else had released a design to solve this problem. This is just one of several printable accessories promoted on the Polymaker Printables page, which highlights the close community engagement Polymaker has with its users.

Storing Filament with the PolyDryer Box

The PolyDryer Box is designed to be used as a modular storage solution, and multiple boxes can be used to store material when not in active use. By placing the plugs underneath the PolyDryer Box, the material can be stored in a sealed state for future use.

I tested several brands of filament including Polymaker, Prusament, and GreenGate3D, all of which fit in the storage box. For materials that readily absorb moisture or require conditioning before printing, having the material sealed and ready to dry is a critical problem which can be solved by the PolyDryer Box.

Compare Polymaker PolyDryer to Other Filament Dryers

On 凸凹人妻人人澡人人添, we have a detailed filament dryer comparison guide where products from brands such as EIBOS, Creality, Eryone, Sovol, and others are listed for price and feature comparisons.

Other filament dryers like the EIBOS Polyphemus or the FIXDRY are designed to process two spools of filament simultaneously, but do not have the same easy-to-use integrated storage solution offered by the PolyDryer Box. Having used several of these units, I would recommend the PolyDryer to anyone interested in a filament drying solution that also offers filament storage.

Recently, a new product, SnapDryer, was introduced as the result of a collaboration between Polymaker and Snapmaker. While SnapDryer is nearly identical to its counterpart, it features a different brand color and includes additional accessories tailored to meet the specific needs of Snapmaker 3D printers. Read more in the SnapDryer article on 凸凹人妻人人澡人人添.

Conclusion and Pros & Cons

Polymaker offers the PolyDryer (which includes the drying station and a single PolyDryer Box) for $79.99 and additional PolyDryer boxes at $29.99 apiece directly on the Polymaker site as well as on Amazon.

Amazon | Official Website

The post Polymaker PolyDryer Filament Dryer and Storage: A Complete Solution appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

Table Of Contents

• Specifications
• Unboxing and Assembly
• The Phone of Choice and a TopInfrared App
• App Customization
• Thermal Camera General Practical Applications
• Testing and Use Cases in 3D Printing
• Conclusion and Pros & Cons

TOPDON TCView Specifications

Thermal Camera
Resolution of 256×192
Temperature Range of -4°F to 1022°F (-20°C to 550°C)
Device Weight 30g
Frame Rate 25Hz
Video Recording
Mobile and Compact
Compatibility:
TC001 for Android Devices/Windows Devices
TC002 for iOS iPhone 7 and Above

Price: $229-$299
Product affiliate links: 凸凹人妻人人澡人人添 is supported by its audience. Purchases via some links may earn us a small commission at no extra cost to you. This helps us to continue bringing you high-quality content. Our guides and reviews remain unbiased and independent.

TC002 Thermal Camera for iOS
Amazon

TC001 Thermal Camera for Android
Amazon

Official Website

Unboxing and Assembly

My TC002 for iOS arrived in a neat box. I took pictures to show the neatly packed product and what’s included.

The packaging and the product itself gave me a good impression of the quality product. A neat protective case, a few cables, and brief instructions were included.

Compatibility. The TC002 should work with iPhone 7 and above, while the TC001 should work on Android/Windows devices.

The Phone of Choice and an TopInfrared App

TopInfrared App for iOS is available in the Apple App Store and App for Android/Windows is available on Google Play.
On my iPhone 12 Pro, the TopInfrared app was installed flawlessly. After attaching the camera, in one click I was able to see the surroundings in thermal colors.

The first time I saw something similar was more than 30 years ago when I was watching the Predator classic movie with Arnold Schwarzenegger. When Predator switched to thermal vision to track and eliminate his targets. This vision mode is typically referred to as ‘thermal vision’ or ‘infrared vision.’ It allowed the Predator to see heat signatures, which helps in detecting living creatures, even in complete darkness or through dense cover. Sorry for going off-topic.

App Customization

– Temperature. The ability to set up temperature parameters is one of the strongest features of the TCView series thermal cameras. For example, adjusting the temperature by 10-20°C or °F allows the observer to see a completely different picture, enabling us to identify and highlight temperature differences in specific components.
– Color Theme. The customization options allow you to choose from a variety of color themes or even 凸凹人妻人人澡人人添 your own. This flexibility is particularly helpful for those who suffer from color blindness to specific shades, enabling more accessible and personalized use.

In the image above, TOPDON TCView captured FDM printing: 1) Default View, 2) Customized Temperature Range, and 3) Customized Color ‘Natural Mode’.

Thermal Camera General Practical Applications

Thermal cameras, essential tools across various fields, enable firefighters to see through smoke, assist in medical diagnostics by detecting changes in body heat, and facilitate industrial inspections by identifying overheated components. In the realm of building inspections, they help reveal heat losses and air leaks, enhancing energy efficiency. Security applications include monitoring for intruders in low-light conditions, while in wildlife research, these cameras track animal behavior without disturbance. Additionally, in the automotive industry, thermal imaging enhances night driving safety by alerting drivers to unseen obstacles.

Testing and Use Cases

To satisfy my initial curiosity, I started roaming around the house, viewing everything at different temperatures. It was no surprise that some walls in our semi-detached house were significantly colder than others. The TCView captured this very well, indicating it with a dark blue shade. I couldn’t resist experimenting by briefly touching the wall with my hand and capturing the result. I was astonished at how quickly the temperature transferred from my hand to the wall and remained there for some time.

Use Cases in 3D Printing

I used TOPDON TCView to capture 3D printing on my budget FM 3D printers, namely Creality K1 and Artillery Sidewinder X4 Plus.

Apart from the heated bed, the axis motors also indicated a change in temperature. The Creality K1 comes with an enclosure and has a controlled environment by default. The maximum, so far, temperature I could measure was 140°C on the nozzle.

– Vase Mode/Educational. It’s fascinating to see how the TCView captures the freshly molten and applied filament trails, especially when printing in vase mode. This method provides an excellent way to showcase and understand FDM 3D printing. Video coming soon.

– Bed Adhesion and Warping. With FDM 3D printers like the Prusa XL or Elegoo OrangeStorm Giga, which feature multiple independent heated platforms, such a device can quickly identify any temperature discrepancies. Consistent and balanced build plate temperatures are crucial for bed adhesion. Early detection of these discrepancies can help avoid errors in multi-day prints.

– Identifying Failing Hardware. For repair shops, this tool can be useful in identifying failing motors, extruders, motherboards, and possibly other electronic components.

One of the recent applications was testing the heat distribution of the SUNLU FilaDryer E2, a remarkable device designed for drying 3D printing filaments and annealing printed parts. Given the high internal temperatures, a thermal camera was essential for ensuring that no other components became excessively hot.

You can see the live thermal camera view in our short YouTube video featuring SUNLU FilaDryers.

Conclusion and Pros & Cons

TC002 Thermal Camera for iOS
Amazon

TC001 Thermal Camera for Android
Amazon

Official Website

The post TOPDON TCView Thermal Camera: An Extra Tool for 3D Printer? appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

Guide: Most Useful 3D Prints

• Handle Extenders and Helpers
• 3D Printed Tools and; Tool Holders
• 3D Printer Toolheads
• Fixes and Replacements
• Brackets
• Holders
• Mounts
• Nozzles
• Mobile Phone Cases
• Noise Dampers
• Stoppers and Blockers
• Shades
• Pots and Planters

Handle Extenders and Helpers

If someone asks me what is the most used object that I have ever 3D printed, I would answer that it is a roof window handle extension – a customized tool that helps me and my family to open and close windows in a bathroom and bedroom that are too high to reach.

3D Printed Tools & Tool Holders

Functional Wrench

One of the most well-known objects in functional 3D printing is the wrench by Daniel Noree. Daniel is famous for his OpenRC models which are all functional. They say that if you manage to successfully print his wrench and make it work after removing the supports, then your 3D printer is calibrated well and the slicer settings are correct. We have to admit that our first attempt failed, but we got it right in the end. This model is very popular and was featured a lot in 3D printing related media.

Thorn Remover

Unique 3d printed tools can be used for such simple tasks as a rose thorn removing for example. Professional florists use thorns removers quite often. This could be a nice present for a gardener.

Tool Holder

For standard and 3D printable tools, it is possible to design and 3D print highly customizable holders just for specific cases. Elegoo added a nice test print file with their Neptune 3 Pro printers and it is one of the best examples. The full set of Allen keys fit perfectly into the tool holder, and the entire unit attaches snugly to the printer. Read the full review of the machine here.

3D Printer Toolheads

Check the two blogs by Andrew Sink who turned his 3D printers into food 3D printer and 2D printer pen plotter with printed at home toolheads respectively.

Fixes and Replacements

Do you have an office chair that keeps sinking under you? Chances are, you’ve got a failing gas lift cylinder on your hands. If you are the owner of a 3D printer, you can permanently fix your chair to the desired height with a simple 3D print job.

Sinking Chair Fix (MP4: 凸凹人妻人人澡人人添)

Recently functional 3d printing helped us to avoid a wardrobe disaster. One of the brackets holding a hanging rail broke sending all dresses down in a messy pile. We figured that it would be possible to design and 3D print the bracket. It took us 30 min to design and 2 hours to print the replacement in rigid.ink ABS.

While being designed, the brackets actually got upgraded, acquiring more strength and depth to support the rail. Disaster averted – the dresses are neatly placed back and waiting for their turn to go out

Brackets

This functional 3D printed item greatly helps to organize any 3D printing workspace as it holds a lot of filament spools. Joel Telling’s spool mounting bracket has been showcased and torture-tested in his popular videos. In addition, a themed 3D printing competition has been held on MyMiniFactory.

It is a popular trend in the 3D printing community to 3D print needed brackets for the filament shelves. My filament shelf story is not that peachy but with a happy end. PLA brackets broke after 3 years in service. Initially, they were wrongly printed as well, namely with no perimeter shells but only 20% infill. Look how the perimeter shells got split on one of the images. New reinforced ABS and PETG 100% infill brackets (plus one extra) are in place now.

It is important to keep in mind that not all materials are suitable for supporting heavy loads, and over time, plastic qualities might deteriorate. PLA, for example, may become brittle after a couple of years. ABS, PETG, and other stronger materials are much more suitable for such tasks. Also, it is recommended to print such an object solid with a 100% infill rate.

Holders

Pencil Holders

The majority of useful 3D models on STL sharing websites are different kinds of holders, equipment stands and mounts. We have printed an SD card holder, a mobile stand, a wine bottle holder and various accessories. Our very first functional 3d printing item was an Artichoke Pen Holder. It took us 20+ hours to print and it does the job very well.

Functional Mounts

Wall Mounts

An extra or replacement spool holder is frequently needed as well. We are very proud of our themed design – a 3D Printing Guardian spool holder as now we can replace a filament spool in seconds.

Bookshelf, Table Mounts

When we occasionally make a YouTube video, we use the headphones, but 99% of the time its wires lay around occupying space in the work area. Monster Headphone Holder by philbarrenger greatly helped to organize our workplace better.

PLA Filament with a MasterSpool on Amazon (affiliate link)

Customized Nozzles

Of course, we tried to design something functional ourselves. Here is our simplistic model. There is a lot of dust collecting in hard-to-reach places around the house, for example, behind the radiators. This is probably a concern in many households. Our vacuum cleaner Henry didn’t have a suitable nozzle to get through narrow spaces. Therefore, we designed a customized nozzle in TinkerCAD. It consists of several parts and is easy to print.

Henry Vacuum Cleaner Simplistic Nozzle (MP4: 凸凹人妻人人澡人人添)

Mobile Phone Cases

Another popular useful 3D print is a mobile phone case. There are many 3D printable files available on specialized platforms. These models are easy to customize further. Mobile phone cases are great as protection from breakage. For our mobile case, we used a beautiful orange flexible filament that has a nice rubbery non-slip surface.

Useful Noise Dampers

For some 3D printers, like Original Prusa, we would recommend printing additional accessories, for instance, noise dampers by Hofftari. These dampers significantly reduced the noise that made it possible to work overnight without disturbing anyone.

Useful Stoppers and Blockers

Useful 3D prints must not be labeled as boring. A good example is a Hodor Door Stop by fixers who were inspired by the famous episode from the Game of Thrones. There is a massive collection out there in the jungle of file 镜子里看我怎么进入你. Very easy to design and modify the way you want. PTT teaches his students to design such objects in week 1 of the Blender 3D design for 3D printing course.

Here is another easy design that appears to be very functional and even money-saving: Temporary Flap Vent Blocker. As the winter temperature greatly plummeted and the heating bill skyrocketed, I checked for solutions to decrease drafts around the house. As a temporary solution, I decided to block my Ducting Air Vent for a short duration with a simple design.

The model can be found on Cults. The model is easily adjustable according to the measurements between the screws and has a simple feature to grab with the nail for removing it from the flap vent.

3D Printing Functional Lamp Shades

There are a lot of STL models for free and a small fee on file 镜子里看我怎么进入你 that would give you original ideas on how to upgrade the interior with gorgeous 3D printed lamp shades and light systems. Initially, we looked at this trend with a bit of skepticism as weren’t sure about the fire safety. Check out our blog on 3D printed lamp shades.

Disclaimer: We can’t stress enough that every electrical appliance is a potential fire hazard if treated/maintained inappropriately. Therefore, extra care has to be taken while undertaking any 3D printing DIY project that involves 镜子里看我怎么进入你.

Pots and Planters

File 镜子里看我怎么进入你 offer a vast collection of plant pots or planters that can be 3D printed. Vases and pots usually are desktop 3D printer-friendly and any filament can handle the task.

Recommended material for the pots and planters is PETG as it is more waterproof and less biodegradable than PLA.

PETG Filament with a MasterSpool on Amazon (affiliate link)

In the video below, we present functional 3D printing objects:

Read More: Practical 3D Prints

Practical 3D prints don’t get the same publicity as printing for fun. In our opinion, both types of 3D modeling are needed and it all goes in the right direction. 3D printing for fun helps to attract the young generation and enthusiasts.

The post Functional 3D Printing at Home: Useful 3D Prints appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

This Guide Covers:

• Top Things to Consider
  • Location
  • Preparation
  • Type of Spray Paint
• How To Video
• Safety
• Spray Painted Models and Gallery

Featured objects were spray-painted in the known brands available on Amazon, namely, Rust-Oleum Gold, Cobra Silver, and Montana Cans Bronze. (affiliate links)

It does not matter which color to print in, so we went for a dull white filament, to make the transformation more dramatic. Christmas Deer design by Yeg3D was perfect for our task.

Spray Painting 3D Prints – Top Things to Consider

Location

Spray painting should be done in the controlled environment with no draft or wind. Any items in the proximity to the spraying zone must be covered. Keep your camera at a safe distance if filming, as the tiny specks of paint can get on it. Even the slightest movement of air makes the paint particles spread and stick to anything in their path. A shed or a garage can be ideal for this. We would never recommend to do it at home.

Featured models: Dragon Wine Glass by Cemal Cetinkaya. Hexagon Nut Planter by Armando Lopez. Adalinda by Louise Driggers. Wine Hand by Kostas Koukoudis.

Think in advance of the place to stand your freshly painted object, it may have to stay there overnight.

We found that spraying while holding a print inside a cardboard box worked well. It protected the surroundings from paint and sheltered the finished item from dust while drying.

Preparation

Before applying any paint or primer onto a plastic surface, make sure that it is free from any dust or dirt. We recommend to use fine sandpaper to make the object’s surface a bit less shiny and more adsorbent. After sanding, the surface should be brushed or wiped clean. The object can be primed before the paint is applied. This will treat the surface and help the paint to stick better.

Type of Paint

There are different types of spray paints: the ones transparent with just the glitter and the ones that actually apply the color. When using the first option, the original color of the make will come through. We also found, maybe unlucky with the brand, that it needed a lot of spraying and took too long to dry. The silver metallic spray paint though was incredible. It dried much quicker and was easy to apply.

Spray Painting 3D Prints – YouTube Video

Safety

– Safety: Spray paint is a hazardous product. It is flammable, toxic, and can cause harm when breathed in. In some shops, there is even an 18-age limit for some spray paints. Please make sure to wear appropriate clothes, rubber gloves, and a respirator. Have a look at the list of safety tools for FDM 3D printing at home.

Spray Painted Models and Gallery

Thames Embankment in central London is rich in historic artifacts. The lamp posts are decorated with interesting fairy tale creatures that attracted our attention. Spray paint made them look similar to the original.

Featured models: Baby Thames Dolphin Toy on Cults and Thames Dolphin Lamp Standard Feature (3D Scanned) on Cults.

– Spray-Painted Dragons. I haven’t tried yet to spray paint wiggling objects such as articulated dragons as I suspect that the paint will fall off the moving parts. Of course, it depends on the level of stress and the paint qualities. On static models such as Adalinda, featured above, the paint stays well for a number of years without issues.

– The Swan. Here is an example of a spray-painted Odile the Swan by Louise Driggers. Initially, I printed a few swans in different shades to use the leftover filaments. While swans in white and black PLA are perfect as they are, I spray painted in silver the models that have been printed in other color shades. They served as a great decoration for the silver wedding anniversary.

Before-After Gallery

Spray painting 3D printed models has a big potential. It is sad to see objects not being used just because of some minor flaws or dull colors. We know that there are more sophisticated methods of post-processing available, like airbrush or vapor smoothing for ABS, but spray painting is one of the easiest in our opinion.

Please find before – after gallery of spray painted 3D printed models and parts here.

Featured objects were spray-painted in the known brands available on Amazon, namely, Rust-Oleum Gold, Cobra Silver, and Montana Cans Bronze.

Read more: ABS Acetone Vapour Smoothing

ABS acetone smoothing allows enhancing 3D printed objects by adding shine and a professional look. We used ABS for 3D printing occasionally and tried different acetone smoothing methods. Check the results.

The post Spray Painting 3D Prints – Main Things to Consider appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.

This Guide Covers

• Uses of 3D Printing Timelapses
• Recording Timelapse on FDM 3D Printers
  • Octolapse
  • Mounted Camera
  • Mobile App
  • Mintion BeaglePrint Camera
• Recording Timelapse on Resin 3D Printers
  • ResinLapse
• Footage Conversion Methods & Software
• GIF or MP4?

Uses of Time Lapse Recorded Videos

Entertainment & Marketing: Watching 3D printed objects appearing from the void seems like magic. Perhaps we can credit Disney fairy-tale movies from our childhood for that brain leap. Leading 3D printing influencers on social media realised this potential and jump-started their follower base and subsequent businesses using quality time lapses. But after watching one or two models arise from thin air, why do we continue watching time lapses?

Timelapse 凸凹人妻人人澡人人添d with Beagleprint Camera on Anycubic Kobra Plus
6 Sec Video: MP4 361 KBkb / GIF 6MB
©凸凹人妻人人澡人人添 – Print & MP4: Andrew Sink

Educational: Time-lapses are not just entertaining, they are also educational. There are so many settings to get right in the slicer software, and failures do happen. Time-lapse recordings give us a clearer picture of any issues, showing when and why problems may have arisen. Was it bad bed adhesion or an ignored Z-Hop setting? Of course, real-time recording with sound can offer a slightly clearer picture, but then there is much more involved: massive files, better equipment, etc.

Z-Hop Failure – Gayer-Andersen Cat. Delta Wasp 2040.
3 Sec Video: MP4 120kb / GIF 2MB
©凸凹人妻人人澡人人添 – Print & MP4: Max Funkner

Check out the example above: we failed twice to 3D print the Gayer-Andersen Cat (Scan the World) on Delta Wasp 2040, blaming bed adhesion in both cases. Even after applying 20+ skirt outlines in Simplify3D to hold the cat’s feet, it still didn’t work. But thanks to time lapsing, we discovered that the issue was the Z-Hop setting in the slicer software.

Saving Resources: As mentioned earlier, a successful time-lapse offers greater proof than a slicer software preview that your design is suitable for 3D printing. For makers, that means saving valuable time and resources.

Vecna Bust by Hex3D. 3D Printed on Anycubic M3 Max
Captured using a ResinLapse cable.
©凸凹人妻人人澡人人添 – Print & MP4: Will Zoobkoff

Recording Time Lapse on FDM 3D Printers

There are multiple ways to 凸凹人妻人人澡人人添 3D printing timelapse even when inexpensive FDM desktop 3D printers are in use. The quality of the produced videos is highly dependent on the method and the type of machine.

OctoPrint’s Software Plugin OctoLapse

At the time of writing this article, OctoLapse time lapses are the best choice for FDM 3D Printers. Video stability is one of the primary reasons for its success. The extruder retracts just before each frame (picture) is 凸凹人妻人人澡人人添d.

Cons: Medium-to-hard to set it up properly. You need to install the OctoPrint software and OctoLapse plugin, and the video quality is highly dependent on focus and light. It also requires an investment of approximately $100-200 to purchase Raspberry Pi, camera, tripod and lights. Installation guides and YouTube videos are sufficiently helpful if you have some basic tech and coding skills.

3D Printed Bust Sculptures – Witcher, Black Cat & Flash – Fan Art by Rober Rollin
©凸凹人妻人人澡人人添 – Print & MP4: Max Funkner

Professional set ups are even more expensive, involving buffed-up DSLR cameras with lenses. Subsequently, every frame (picture) will be 5312×2988, taking up 3-4MB of storage each. To set up the camera by uploading gphoto2 to Raspberry Pi and coding we would recommend the following YouTube video by FormerLurker creator of the OctoLapse plugin.

Another way to set up the DSLR camera is involving the installation of a physical trigger release system to the side of the 3D printer. Check the YouTube video by GreatScott to setup for Original Prusa i3 MK3.

Pros: The pioneers who first managed to get clear and focused videos are time-lapse kings. Check out the profile of WildRoseBuilds, a talented designer and maker with 100k+ subscribers on Instagram. Another remarkable 3D designer, Kiljaidesign, successfully showcases his works on Twitter and Instagram.

3D Print Bed Mounted Camera

There are many different mounting systems available on file 镜子里看我怎么进入你 for any 3D printer. But truthfully, we were not impressed with the quality of recordings made by this type of timelapse. Chaotic extruder movements detract from the video, especially if the 3D printed model is wide in volume. Also, platforms like YouTube may request that you use their editor to edit your videos for stabilizing. In our opinion, it poses an unproven risk that YouTube may mark your video as possessing bad quality, reducing its chances to rank in related searches. Even if your video is in HD with clear focus.
But in some cases, you can still get a great result. Check out designer and maker 3DPrintDad’s mini videos on Instagram. Printed bed-mounted camera footage together with excellent video editing skills beautifully showcases 3D printed models.

Mobile App

All the methods we listed above require extra work to set up. Beginners may get scared off by all the hassle of finding a file and software and then setting up the whole system. In this case, using the mobile app is the easiest solution in the beginning stages.

10 Hours Print captured by Framelapse – Wine Hand by koukwst
(4 Sec / MP4 – 160kb / GIF – 3MB)
©凸凹人妻人人澡人人添 – Print & MP4: Max Funkner

Using mobile apps, Delta 3D printers are more timelapse friendly than Cartesian with moving bed. All you need to do is set up your mobile and ensure it stays sufficiently charged in the process. Our first time lapses were done with mobile applications. It is possible to compress a 20-hour print into a 3-minute video. By the way, it is easy to adjust the lapse time on any movie editing software. We normally use Microsoft Movie Maker (old version) to shrink the timelapse further.

There are many timelapse application available on the market. One of such applications is Framelapse. Read more about FrameLapse in our article here.

Mintion Beagleprint Timelapse Camera

The Mintion Beagleprint is a timelapse camera that is designed to make creating timelapse videos of FDM 3D prints fast, easy, and accessible. The camera is advertised as offering a 1080p resolution with up to 25FPS that records to an onboard SD card. Read the full review here …

Price: $69.99 – $94.99

Amazon
-5$ Discount Code: BeaglePrint
Official Store
-5$ Discount Code: BGCAMSAS

Mintion Beagle v2

Official Store

Recording TimeLapse on Resin 3D Printers

Until recently, timelapse videos featuring resin 3D printing were a rare occurrence. This was partly due to the low popularity of resin printers in the 3D printing community, that could be linked to the messier printing and post-processing processes. But the influx of the great quality time-lapses by Uncle Jessy and Andrew Sink on social media got everyone’s attention.

Disclaimer: As the resin printing process is UV-sensitive, extra care should be taken when setting up the right lighting in the room.

ResinLapse by Uncle Jessy and Andrew Sink

ResinLapse is a cable that enables recording the time-lapse videos for resin 3D printing.

Vecna Bust by Hex3D. 3D Printed on Anycubic M3 Max
Captured using a ResinLapse cable.
©凸凹人妻人人澡人人添 – Print & MP4: Will Zoobkoff

“It couldn’t be simpler to set up Resinlapse. Simply insert the end of the cable with the light sensor into the base of your MSLA printer. A DSLR camera will take a picture of each layer triggered by the light source of a 3D printer.” Read the full review by Will Zobkoff and check the valuable recommendations on DSLR camera settings and the necessary equipment.

GIF or MP4?

OK, finally you have your long-awaited recordings at hand – what’s next? Before doing anything else, plan in advance where you will publish your content. All social media sites have different requirements. Lightweight GIFs are tricky to make; to sustain focus and quality, a regular 10 sec timelapse GIF will be 10MB. Not many sites want you to upload a 10MB GIF. Reddit, for example, offers to turn your GIF into MP4 to automatically reduce the file size.
So MP4 is the better option then. Now how do you reduce the size of your video without losing quality? Use specialized websites to reduce video length and crop it to a smaller scale.

Footage Conversion Methods & Software

There are plenty of software that allow us to reduce, resize and enhance videos, and reduce file sizes.
– Images into Video. When we are dealing with hundreds of images, like after recording with ResinLapse or OctoLapse, we need to turn these into frames first. Wandershare Filmora and Movie Studio Platinum (Sony), and probably other movie editing software, can do the trick. Photos should be set to a 1 frame duration in Preferences.

– Quick Edits. Old, rusty, and unfortunately discontinued Microsoft Movie Maker (MS Essentials Edition) still can be used when a quick movie editing and reduction is required. There is a new Movie Maker available in the app store, but we haven’t tried it yet.
– GIF Making & Loops. After that, such mini videos (up to 100MB) can be placed into Ezgif for further editing, looping, reversing, reducing file size, etc.

We hope our guide helped you. Please let us know if there is anything new out there. Happy time-lapsing!

Octolapse – Time Lapse – 3D-Printer (2 Sec / MP4 – 98kb / GIF – 2MB)

Read more: Desktop 3D Printers – Guide and Reviews

Compare desktop 3D printers. Build volume, FDM or SLA, Kit or Plug-and-Play, well-known brand or a start-up – all to consider. The guide below helps to compare and make a comprehensive decision. It is regularly updated and maintained.

The post How to Make 3D Printing Timelapse on FDM and Resin 3D Printers appeared first on 凸凹人妻人人澡人人添 – 3D Printing, Scanning, Design Guides & Forums.