Prusa i3 Printed Parts + Movement Kit + Special Harware Set
PRUSA I3 PRINTED PARTS KIT
Based on: http://reprap.org/wiki/Prusa_i3
In thhis selecion of parts we try to keep the essence of the original Josef Prusa design, updating some components in order to maximize compatibility with GT2 (more precision) and groove mount hotends, like our all metal hotend or any other E3D type.
This kit contains:
-All Printed parts that you will need to build your Prusa i3 3D printer
-All Bearings, belts, pulleys and flexible couplings that you will need to build your Prusa i3 3D printer
-The Special hardware you'll need for this project and that hardly
find in hardware stores or unspecialized shops.
-Extruder (3mm / 1.75mm):
- X axis:
- Y axis:
Y motor support
Y belt holder
4x Y corner
- Z axis:
Pulleys for 623zz bearings, we include the parts for two options mounting types:
-Classic model: two parts must be
-One single piece in which the bearings go inside by pressure (we suggest to use 2 bearings for each pulley to maximize durability)
Endstop holders (two types)
You can choose the colour, otherwise, we will ship them in any available colour.
10x LM8UU linear bearing
4x 608zz Angular Bearings
4x 623zz Angular Bearing
2x 5x5mm Coupler shaft
2m GT2 Belt, Made of neoprene , fiberglass reinforced
2x 20 teeth aluminium timing pulley
SPECIAL HARDWARE SET KIT
2x M3x40 Partially treated bolts with springs:
M8x20 setscrew for extruder idler:
M3x10 setscrew small gear:
2x M5 Black / White nylon nut for Z axis movement, great IMPROVEMENT. Nylon has an excelent abrasion resistance, also provides a more soft and reliable z movement.
You can buy one of our Hotends, with discount for this kit.
All our kits are printed with high quality materials, producing very strong and durable parts.
The gears are completely round and the teeth fit deeply.
All pieces have an approximately infill of 40% plus a minimum perimeter of 1 mm (lower, upper and sides).
All parts are inspected after being printed in order to look for flaws. They have, as it is natural, the characteristics of the 3D printing process.