
RichRap's Quick-Fit X-Carriage for MendelMax 2.0
thingiverse
Introducing RichRap's Quick-Fit X-Carriage for MendelMax 2.0! This accessory has been tried and tested with over 1000 hours of printing time on its V3.0 version. The MendelMax 2 may be great, but it lacked something - RichRap's fantastic Quick-Fit X-Carriage! With different nozzle setups and multiple extruders, this carriage gets a lot of use. For added rigidity, the V2.0 version has thickened the carriage to 6mm; adjust screw usage accordingly. The V2.0 update includes 2x 40mm fan mounts with screw holes, several zip-tie mounting points for 20 or 30mm fans, and an OSHW/Reprap logo for style and strength. The internal geometry has been resized to accommodate all-metal hotends like the E3D and Prusa V2. Left and right-handed versions are available depending on your preference and extruder orientation. The V3.0 update features a massive cleanup of the 3D mesh, marginal hole adjustments, and an enlarged central cutout hole for more fiddle room. The OSHW/teardrop logo has also been redesigned. Print settings include using RepRap printers with no rafts or supports, resolutions ranging from 0.1 to 0.4mm, and infill starting at 20% with 40% recommended. For structural parts, print with at least 40% infill, use 2 shells/perimeters, and optimize layer heights. To assemble, you'll need two M4 (13mm) 624 bearings, a 30-40mm M4 bolt depending on plate thickness, an M4 Nyloc nut and washers for the Quick-Fit Lever. Place the bolt, washer, bearing, another washer, and final bearing in the latch, then thread the latch through the X-carriage bearing and tighten into the captive nut. Don't forget to share your experiences using this carriage with nylon, PP, or PC materials!
With this file you will be able to print RichRap's Quick-Fit X-Carriage for MendelMax 2.0 with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on RichRap's Quick-Fit X-Carriage for MendelMax 2.0.