Cyclop - MSLA Homemade 3D Resin Printer ! by G3D

The homemade resin printer, Cyclop !
4h 0m
1× print file
0.40 mm
0.60 mm
164.00 g
Other
17
39
0
412
updated August 30, 2024

Description

PDF

MSLA Cyclop Printer !

 

If you like my work, you can help me by buying me a coffee, thank you! https://buymeacoffee.com/guillaumehy or paypal.me/guillaumehaouy
I should point out that I am a 20 year old student, it takes me a huge amount of time so don't be too harsh and impatient with me !

  • A guide in .pdf format (English language, 64 pages for version 1.1) is included, it is a must-read, everything is explained in detail !
  • NanoDLP is too huge for this repertory, you can download it at : https://www.nano3dtech.com/nanodlp-download/

1. Introduction
2. Technical details of the MSLA Cyclop printer
3. Technical details of the Helios Curing station
4. Pictures of my first prints (print tests take a lot of time, they are not yet 100% optimal)
5. Schematics

  • A. Cyclop - 3D Printer
  • B. Helios - Curing Station

1. Introduction

  • Be careful! The resin severely attacks the printed plastic, as explained in the guide, you will need to apply a protective varnish on the tank as well as on the printing plate
     
  • Here you will find all the files and instructions on my homemade MSLA Cyclop v1.3 resin printer (and its Helios curing station) !
    The CAD files (.step format) are available, the appropriate GRBl firmware as well as the NanoDLP version that I used.

2. Technical details of the MSLA Cyclop printer

  • Standalone printer (integrated slicer, just place an .stl file on a USB key) with Nextion 3.2" touch screen
  • Ultra-rigid structure in 2020 aluminum profiles
  • Ultra resolution axis ! Ball screw and two linear ball axes MGN12C
  • Electronics: Raspberry Pi 3B+ / Arduino Uno + Shield CNC v3 + A4988 driver (NanoDLP firmware for the RPI3B+, GRBL for the Arduino)
  • Screen: 2k, 5.5" 1440p x 2560p
  • Resolution: 47.25µm (0.04725mm)
  • Printable area: 125x67x165mm
  • UV power: 38W (adjustable in PWM with the M3 S1to1000 command)
  • Approximate price: $450
  • Power supply: 12V 8A
  • → more details in the .pdf guide

3. Technical details of the Helios Curing station

  • Approximate power: 15W
  • Turntable plate with adjustable timer
  • Upward airflow (two 3010 fans: 30x10mm)
  • Approximate price: $30
  • Minimum power supply: 12V 2A
  • → more details in the .pdf guide

4. Pictures of my first prints

5. Schematics

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Model origin

The author marked this model as their own original creation.

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