pp3dp up mini

This modification lets you set the extruder temperature of the PP3DP UP! mini anywhere from 197°C to 275° in increments of roughly 1.3°C. Other ranges and different steps can be achieved by using alternative resistors or resistor setups. A protective...

If you're searching for an easy-to-use concealer for the upper part of your UP! ...Mini's exposed extruder setup, there's a second edition of this cover available at http://thingiverse.com/thing:123915.

I've come up with a creative solution using a graphics card frameless inline fan, measuring 50 mm x 10 mm. I salvaged it from an old ATI graphics card that was no longer in use. ... The fan can be found on Aliexpress at this link:...

I scanned Cubeek3D on Thursday evening.

Simple stacking feet to stack multiple Up Mini printers.Print in TPU to dampen vibrations aka noise or stick some rubber feet under if printing in hard material.

... appearance of your UP! ...Mini's extruder assembly, try our improved cover featuring smoother, more rounded edges and an expanded wall to conceal the entire nozzle extruder. ...This updated version builds upon the original design for better aesthetics.

Additional fan for the extruder to make PLA printing. Uses a graphics card frameless inline fan 50 mm x 10 mm. I ripped it off an old ATI graphics card. ... The fan can be found here:...

I just want the issues resolved, starting with the filament consumption calculation that doesn't work as advertised, so having the spool visible while printing is a must-have feature. ...Then there's the overheating problem in the filament forwarding...

The initial design didn't appeal to me, thus I opted for an alternative. ...This new model ensures smooth operation by channeling air directly to the cooling component, preventing the feeder from getting clogged.

I converted the .UP3 files to .step and .stl, and zipped them. ... The source of the.UP3 files is https://www.tiertime.com/user-manuals/#printable_parts

for printer UP mini PP3DP you can use big coil

... ...Mini system can utilize bearings designed by chylld/art103 with a printed Up! Mini Spool Holder and two "Spool Holder bearing" attachments by art103. Print these components at 0.25mm layer thickness, with high fill, and supports below 10 degrees.

This is a small tool designed for removing ABS plastic from PCB platforms used by pp3dp Up! printers, available at www.madox.net. To use it, follow these instructions: 1)Print the tool with 0.2mm layers, fine settings, and 40-degree supports. Adjust...

This is a remarkable lithophane featuring an Up! Plus, a delight to produce with the right printer. ... https://www.3dwonderland.net

A lithophane of an Up! Plus makes for a great print if you own the machine; printing it upright enhances resolution, although it takes longer. White PLA is suggested as it shrinks less than ABS. If desired, other lithophanes can be created upon...

This is a filament spool holder for the PP3DP Up Plus printer. It is designed to be used with the original PP3DP ABS spools. It uses the existing mounting holes on the printer chassis. You can mount it with the delivered M3 hexagon socket screws.

It's a custom fit for the spool holder slot of the PP3DP Up! Mini machine. My spools sit perfectly upright with the help of these stands: http://www.thingiverse.com/thing:592993, so I don't need the original spool holder any more. The cover ensures...

This filament spool holder suits the PP3DP Up Plus printer and is compatible with its original ABS spools. It attaches to the chassis using existing mounting holes and M3 hexagon socket screws. Compatible with Thingiverse's design...

It's a filament guide specifically designed for the PP3DP Up Plus printer, featuring a low friction coefficient that requires minimal force to unroll the filament. The guide attaches to existing mounting holes on the printer chassis using supplied M3...

New Design: https://www.thingiverse.com/thing:617682 Works perfectly together with: http://www.thingiverse.com/thing:253731 This is a filament guide for the PP3DP Up Plus printer. It is optimized for a low friction coefficient therefore a small...

Redesigned spool holder for the Up and Up Plus 2 (will not fit mini). Has slots properly sized for both the Afinia premium spools and the wider bulk spools with the smaller inner diameter. Note that this does not include the holder for the PTFE...

This "Better PCB poker" tool was created after using Madox's PCB Poker for UP! 3D printer, which had issues with bending pins. Stronger push pins were found and a holder designed for comfort. The poker accommodates push pins with a maximum diameter...

This redesigned wind barrier is specifically made for the up 3D printer, replacing the stock PP3DP version without requiring additional adjustments. Key improvements include a fully enclosed design that prevents leaking air, an added air guide to...

Similar to my earlier designed spool holder (http://www.thingiverse.com/thing:253731) for the UP! Plus Printer by PP3DP but now in a "heavy duty" version. Designed to load spools with 1 kg of filament, a height of 95 mm and a hole diameter of 55...

I'm updating my filament guide for the PP3DP UP and Afinia 3D-printers. Check out this spool holder: http://www.thingiverse.com/thing:253731. To build it, you'll need a countersunk screw (2.5x20 mm) and an M3 washer (DIN 9021 / ISO 7093). This new...

Plus Printer by PP3DP (http://www.thingiverse.com/thing:253731). It's designed to accommodate 1 kg spools with a height of 95 mm and a hole diameter of 55 mm. Check out the first of six videos showing its printing process at...

This is a redesign of the stock PP3DP "wind barrier" for the up 3D printer. Features (compared with stock): - fully closed design without the option to guide air down on the part (prevent leaking air) - air guide included which conducts the air over...

Here is the rewritten text: Revision upgrade of my filament guide designed specifically for PP3DP UP and Afinia 3D-printers. Required Spool Holder: http://www.thingiverse.com/thing:253731 Needed Parts: Countersunk screw with 2,5x20 mm dimensions M3...

PP3DP UP Plus and UP Plus 2 often struggle with printing PLA due to three significant problems. The first issue is that the throat of the hotend gets too hot as heat creeps up the steel tube, causing the PLA to bulge there and making it impossible to...

The received UP! printer lacked an electronic filament feeder; instead, it had a curved plastic "shelf" for the spool. This caused friction during fast printing, leading to feed skipping. By utilizing a bearing designed by chylld and modifying it...