Voron Vitalis

Link to Main Spreadsheets
Google Sheets

Overview

This project is a customized BioPrinter built on the Voron 2.4 3D printer platform. It is designed to perform bio-fabrication tasks such as printing biological materials or tissues. Leveraging the precision and reliability of the Voron design, this bio-printer offers a robust platform for a wide range of bio-printing applications.

Features

• High Precision Printing: The Voron platform ensures accurate, repeatable results with tight tolerances.
• Sterilizable Build Plate: The build plate is modified to allow easy sterilization between prints to maintain a sterile environment.
• Climate Control: Added control system to maintain an optimal temperature and humidity level in the print chamber.
• Easy Material Loading: The system has been optimized for fast and sterile material loading, ensuring minimal contamination risks.

Bill of Materials (BOM)

For a complete list of components required to build this BioPrinter, refer to the Bill of Materials available in this Google Spreadsheet.

The BOM includes:

• Customized Voron 2.4 Frame: Custom Voron Design Frame
• Voron 2.4 Z-Axis Assembly: Voron 2.4 Z-Axis Assembly
• Custom Bio-Compatible Nozzle: Designed to handle bio-materials
• Climate Control Components: Sensors, fans, and other components to maintain a controlled printing environment
• Electronics: Microcontroller, stepper motors, and wiring for controlling the printer
• Build Plate and Sterilization System: Removable build plate for easy sterilization
• UV Toolhead: UV light toolhead to cure prints
  BOM Sheet

Requirements

• Voron 2.4 Kit: Base frame and motion system of the BioPrinter.
• Custom Nozzle: A nozzle designed for bio-compatible printing.
• Sterile Environment: The printer should operate in a controlled and clean environment for bio-printing.
• Control Software: Adapted firmware to control the new functionalities (climate control, sterilization cycles).

Google Drive

Google Drive

Setup Instructions

1. Design the Frame First: Design it first.

Usage

1. Prepare the Material: Load your bio-material (e.g., hydrogels, cell-laden inks) into the extruder using sterile techniques.
2. Calibrate the Printer: Run the calibration procedure to ensure accurate prints.
3. Start Printing: Use the appropriate G-code for your bio-printing task, ensuring the proper climate control settings are enabled.
4. Post-Print: Sterilize the build plate and nozzle after each print to maintain a clean printing environment.

References

Daksh Tool Changer V2
Daksh Toolchanger GitHub

Open Source Scientific Report
Open Source Bioprinter by Adam Engberg

Voron 2.4 Frame/Motors/Hardware/Linear Rails

Supporters

• Proudly supported by LDO Motion and Ember Prototypes
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