Ultimate X-carriage for Prusa Mendel Iteration 2

Ultimate X-carriage for Prusa Mendel Iteration 2

thingiverse

This is my design of an x-carriage. I was tired of trying to add cumbersome and oftentimes weak attachments to my existing x-carriage for the addition of fans, lights, or servos (for auto bed leveling). This design incorporates mounts for object cooling fans, hot-end cooling fan, lights, auto bed level servo, x-axis belt tensioner, DB9 solder cup connector (for quick connect of wiring to carriage)(I have now added a file for the main structure that voids the DB9 cutout and adds a relief for (2) 3x2 pin or (1) 4x3 pin header adapter to accommodate for extra wires for more components) the DB9 mounting holes now can be used to mount a wire support which is included , and a removable Twist fit top for easier fitting of your favorite quick fit attachments! With Twist Fit there is no need for any additional hardware such as bearings and bolts. This carriage was designed for longer hot-ends such as the Getech all metal hot-end seen in some of the pics. I also included a 20mm j-head extension which will allow use of the most recent short style hot-ends. I failed to include belt alignment spacers. They are now included! Instructions Print all parts Insert 8- 5mm flat faced LEDs into holes in center of carriage. Attach the two 40mm case fans to the bottom of the carriage. Attach servo to back of carriage. Attach end-stop holder to servo with end-stop. Attach Hot-end fan and duct to front of carriage. Wire all fans, servo, endstop, and lights to DB9 connector. (Servo and lights will share ground, and fans will share 12v Supply wire) for use with only nine pins. DB15 Three row will probably work as well!

Download Model from thingiverse

With this file you will be able to print Ultimate X-carriage for Prusa Mendel Iteration 2 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 Ultimate X-carriage for Prusa Mendel Iteration 2.