Tridex

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Trident + IDEX

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- Tridex_Assembly v13.zip
- 0_bill_of_materials.md
- 1_assembly_instructions.md
- 2_startup_guide.md
- 3_calibration_guide.md
- Assembly_Manual_Tridex_Drive_Module.pdf
- Assembly_Manual_Tridex_Front_Idler.pdf
- 350x250_bottom.dxf
- 350x250_deck.dxf
- 350x250_rear.dxf
- IDEX_mode.cfg
- klicky-probe-for_VT.cfg
- printer.cfg
- - [a]_left_drive_mid.stl
  - [a]_right_drive_mid.stl
  - drive_left_frame_lower.stl
  - drive_left_frame_upper.stl
  - drive_left_y_motor.stl
  - drive_right_frame_lower.stl
  - drive_right_frame_upper.stl
  - drive_right_y_motor.stl
  - Tridex_AB_Drive_RC_Bolt v14.f3d
  - Tridex_AB_Drive_RC_Bolt v15.step
- - [a]_idler_x_left_tensioner.stl
  - [a]_idler_x_right_tensioner.stl
  - [a]_idler_y_left_tensioner.stl
  - [a]_idler_y_right_tensioner.stl
  - idler_front_left_bottom.stl
  - idler_front_left_top.stl
  - idler_front_right_bottom.stl
  - idler_front_right_mid.stl
  - idler_front_right_top.stl
  - Tridex_Front_Idler_RC_Bolt v18.f3d
  - Tridex_Front_Idler_RC_Bolt v18.step
- - SB_BMO_Rear_Tridex.stl
  - SB_Dragon_Rear_Tridex.stl
  - SB_Revo_Voron_Rear_Tridex.stl
  - SB_V6_Rear_Tridex.stl
  - Tridex_X_endstop.stl
- - t0_x_carriage_frame_left.stl
  - t0_x_carriage_frame_right.stl
  - t1_x_carriage_frame_left.stl
  - t1_x_carriage_frame_right.stl
  - Tridex_CW2_Carriages v6.f3d
  - Tridex_CW2_Carriages v7.step
- - left_wiper_arm.stl
  - right_wiper_arm.stl
  - thick_wiper_x2.stl
  - thin_wiper_end_x2.stl
  - thin_wiper_mid_x2.stl
  - Tridex_XY_RC v10.f3d
  - Tridex_XY_RC v10.step
  - Tridex_XY_RC_Brush_Blocky v4.f3d
  - Tridex_XY_RC_Brush_Blocky v4.step
  - xy_joint_left_lower.stl
  - xy_joint_left_middle.stl
  - xy_joint_left_upper.stl
  - xy_joint_right_lower.stl
  - xy_joint_right_middle.stl
  - xy_joint_right_upper.stl
.gitignore
LICENSE
README.md

// repository documentation

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# Tridex

## Overview

The primary purpose of this IDEX (Independent Dual EXtrusion) printer is to enable dual material prints for soluble/removable supports (ie, ABS primary material + HIPS support material). Other methods of printing dual materials within a single toolhead (such as using a Y splitter, MMU, Palette, etc) have issues due to mixing/contamination within the nozzle which may cause poor layer adhesion. As well, these methods require fairly substantial purge blocks, which generally can be avoided with an IDEX design.

If you need to prototype parts that have complex geometries (ie, prototyping parts that will be injection molded for mass production), this may be the printer for you! However, if you are designing parts with the final goal of being 3d printed, optimizing the design to be printed without supports will be more reliable, less expensive, and faster overall.

While this printer *may* eventually be "release worthy" with supporting documentation, please note **this is an advanced DIY 3d printer build.** This should not be your first DIY 3d printer, or your first Klipper 3d printer. There is a substantial amount of firmware configuration, macros, slicer setup, tuning, and calibration needed to get from a physically built printer to reliable multi material printer.

## Specifications

Build Area:

- Single Toolhead: 225x250x250mm
- Dual Toolhead: 205x250x250mm
- Mirrored/Duplication: Not currently supported with Klipper

Maximum Acceleration:

- Recommended 2000-4000 mm/s^2

This printer is based on the official Voron Trident release files: https://github.com/VoronDesign/Voron-Trident/releases

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Download README