prusa mendel 3d models

Connect E3D quickly by clipping it securely without any issues.

This text outlines a custom-designed endstop holder for the Z-axis, featuring a movable lift that allows fine adjustments via a screw. Three hexagonal standoffs on top ensure leveling as you turn the set screw, with an upward spring providing...

This 3D printer is incredibly rigid. Its print dimensions span a remarkable Length of 500mm, a substantial With of 300mm, and a Height of 250mm. The print bed can be crafted from glass, with detailed specifications outlined in the accompanying...

The Z-axis uses simpler, smaller threaded rods that go from M8 to M6 in size.

The carriage features boltable PLA bushings from Aleph Objects and accommodates a groovemount extruder/hotend. The extruder sits on a raised mounting area to overlap with bushing mount screws, creating a smaller and stiffer carriage. A belt tightener...

A slight modification was made in the design of the adjustment knob, now featuring an M6 nut inside. Additionally, the micro switch holder was altered to accommodate a 20mm micro switch and secured with an M6 bolt. ...Furthermore, the original micro...

This has spaces for 2 30mm fans between the rails and a 40mm fan on the side. ...Enjoy

The basic idea of the endstop fixture is from Prusa's Mendel project (endstop-holder.scad). ...https://github.com/prusajr/PrusaMendel The basic idea of the vertical adjustment is similar to "Vertical Adjustable Opto Z Endstop Holder" from...

The rod distance measures 9.5mm from center points, fitting Prusa's Mendel model. An easy-to-print version is under consideration. To adjust friction and other parameters, modify the OpenScad file. Print both parts (rclamp_plate.stl) - first secure...

The design concept is derived from Prusa's Mendel project (endstop-holder.scad) and shares similarities with "Vertical Adjustable Opto Z Endstop Holder" by LittleDangerous. To print, modify size parameters in the scad file according to your printer...

I'm revamping my Prusa z-axis with trapezoidal 10x2 rods, inspired by designs found on Thingiverse (thing:60584 and thing:18384).

Despite seeing similar layouts, I couldn't find them during my search, so I crafted this one based on Prusa's 'felt' Z motor mount. Unlike Prusa's felt version, this one can't be printed vertically due to the bar clamp. This leads to a reduction of...

I've come across a few similar designs but couldn't find them when I searched, so I created this one myself based on prusa's 'felt' Z motor mount. Unlike prusa's felt mount, this one won't print vertically due to the bar clamp! This eliminates the...

They also consider incorporating an auto-leveling system like Radu's "Auto Touch Z-End Stop" for the Prusa i3. The required materials include wire for the auto "Z" stop circuit, four LM8UU bearings for the "Z," two to four additional LM8UU bearings...

This project is part of an audit evaluating the current Mendel structure for its lack of stiffness in certain components. The goal is to develop a superior Mendel while maintaining moderate plastic (27 + 16 grams) and Vitamin usage. Feedback,...

I'm having trouble finding a print fan duct that fits my X-Carriage with the MK8 direct extruder (with short hot end) on my Prusa i2. So I've modified this fantastic fan duct by SmartBlug. It's working beautifully for me already. ...The design requires...

... allowing the rods to slide freely up and down. ...This can have a negative impact on z-axis accuracy. These clips prevent the rods from moving up and down. Print Settings Printer Brand: RepRap Printer: HIC Prusa i3 Rafts: No Supports: Yes Infill: 100%

I've modified this: https://www.thingiverse.com/thing:1520341 to fit my Prusa i2 on the left side, and to make it less filament consuming. I've also created a top cover for lcd. I've also used this: https://www.thingiverse.com/thing:87250 to easily...

I modified the filament holder design to enhance the safety of the spool's axis, making a significant improvement. Thank you for sharing your work. ... This model was printed with PLA and features a 30% honeycomb infill pattern.

The x-carriage is tailored specifically for a direct extruder, and can be found at http://www.thingiverse.com/thing:124544. This design ensures ample space on the x-axis, measuring only 61mm in width. ...It utilizes LM08UU linear bearings for smooth...

On December 20th, 2013, an improved version of this design was shared on Thingiverse at http://www.thingiverse.com/thing:22422. The original SCAD file has been modified to feature a 0.5 gap size and a z_rod_r of 7/2 instead of 6. However, the...

On November 20th, the DWG source file was added; version "a" was updated on October 15th, 2013. This design is specifically for a 3mm filament. A description will be provided soon. Check out this video for more information:...

Here is the remixed carriage designed by CDaringe, expanded and reimagined for seamless integration with RJMP-01-08 bearing system accessories.

I designed this component to eliminate the need for 8mm metric nuts that held the Z-Axis threaded rods in place, opting instead for a durable brass flange that provides a snug fit for 8mm Lead Screws. ...The original version of this part used Tinkercad...

<p>Fan mount which allows the fan to be tilted in all directions.<br>The fan also is decoupled via rubber bands to reduce noise and vibrations.</p><p>I prited it with a 0.5mm nozzle and 0.24mm layer height.</p>

This fan mount offers versatile tilting options, enabling the fan to be adjusted in various directions. Additionally, the fan is decoupled using rubber bands to minimize noise and vibrations. ...During printing, I utilized a 0.5mm nozzle and 0.24mm...

I built an advanced XY carriage system utilizing cranes to support two high-performance cooling fans, precision-crafted with PLA plastic. The narrow nozzles expertly direct airflow directly onto the part, ensuring optimal temperature control. The...

Initially, my i3 printer had issues with its X-axis as the distance between the two holes and the bearings on the carriage were not uniform, resulting in a 2mm difference that prevented smooth end-to-end movement due to soft rod flexion. ...I resolved...