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VoronDesign avatar

VoronDesign/Voron-2

0
View on GitHub↗
4,424 stars·1,086 forks·GPL-3.0·13 views

Voron 2

This project is an open source hardware project providing the design specifications, blueprints, and parts lists required to build a high-performance CoreXY 3D printer. It serves as an engineering framework for a fused deposition modeling printer and a DIY CNC motion system.

The project focuses on the construction of a mechanical framework for precise three-axis movement. It provides the necessary technical documentation for hardware component sourcing and the assembly of a custom motion system.

The design covers the integration of a direct-drive extruder, a heated bed assembly, and thermal runaway protection. It also includes instructions for the deployment and configuration of printer firmware to manage G-code processing and coordinate mapping.

Features

  • 3D Printer Construction Guides - Provides complete technical specifications and design files required to manufacture and assemble a high-performance CoreXY printer.
  • Bill of Materials - Includes detailed bills of materials and technical component specifications for sourcing correct hardware parts.
  • CNC Machine Controllers - Provides a mechanical framework and control specifications for a DIY CNC motion system used in additive manufacturing.
  • CoreXY 3D Printer Designs - Offers a comprehensive set of technical specifications and parts lists for building a high-performance CoreXY 3D printer.
  • FDM Printer Blueprints - Provides engineering documentation and blueprints for a fused deposition modeling printer focused on speed and stability.
  • 3D Printer Firmware - Provides embedded firmware for motion control and thermal management specifically for 3D printing hardware.
  • Motion System Engineering - Provides an engineering framework for building a custom high-speed and accurate DIY CNC motion system.
  • Open-Source Hardware Designs - Provides open-source hardware designs including detailed schematics and parts lists for a complete machine.
  • 3D Printer Motion Control - Provides a specialized CoreXY motion system for high-performance 3D printer hardware coordination.
  • CoreXY Frameworks - Delivers a high-performance CoreXY 3D printer construction framework for precise motion control.
  • Embedded G-Code Firmware - Includes embedded firmware for parsing G-code and driving the printer's motors and heaters in real time.
  • Cartesian Coordinate Mapping - Implements logic to translate digital 3D coordinates into physical linear movements across three independent axes of travel.
  • Direct-Drive Extruders - Features a direct-drive extruder design to reduce filament friction and improve extrusion precision.
  • Heated Bed Assemblies - Provides a heated bed assembly with resistive elements and insulation to maintain high substrate temperatures.
  • Thermal Runaway Protection - Implements thermal runaway protection to automatically shut down heaters if temperature anomalies are detected.

Star history

Star history chart for vorondesign/voron-2Star history chart for vorondesign/voron-2

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

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Projects sharing features with Voron 2

These projects share indexed features with Voron 2. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • marlinfirmware/marlinMarlinFirmware avatar

    MarlinFirmware/Marlin

    17,433View on GitHub↗

    Marlin is a firmware platform designed for 3D printers and CNC machines that translates manufacturing instructions into precise hardware operations. It functions as a G-code interpreter, parsing text-based commands to manage multi-axis motion, thermal regulation, and material delivery systems. By operating independently of a host computer, the system enables a standalone manufacturing workflow through the direct processing of files from local storage. The firmware distinguishes itself through a modular hardware abstraction layer that supports a wide range of microcontroller configurations. It

    C++3d-printingarduinoatmel
    View on GitHub↗17,433
  • klipper3d/klipperKlipper3d avatar

    Klipper3d/klipper

    11,657View on GitHub↗

    Klipper is a distributed motion control system and 3D printer firmware that splits high-level motion planning on a host computer from low-level timing execution on microcontrollers. It utilizes a host-based motion planner to calculate optimized trajectories and a real-time step generator on the microcontroller to produce precise motor pulses. The system functions as a configurable kinematics engine, allowing hardware settings and movement kinematics to be tuned via configuration files without the need to recompile or flash the firmware. This architecture supports multi-controller hardware coo

    C
    View on GitHub↗11,657
  • gnea/grblgnea avatar

    gnea/grbl

    4,415View on GitHub↗

    grbl is a CNC machine control system that translates G-code into precise hardware pulses to drive motors and tools for automated fabrication. It functions as a motion controller that manages the translation of standard commands into physical movement through asynchronous operation. The system includes a motion planning optimizer that calculates acceleration and deceleration curves using a look-ahead buffer to ensure fluid cornering and jerk-free movement. It features a dedicated laser engraving workflow that dynamically scales laser power based on movement speed to maintain consistent energy

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    View on GitHub↗4,415
  • grbl/grblgrbl avatar

    grbl/grbl

    6,226View on GitHub↗

    Grbl is a CNC motion control firmware and G-code parser designed for milling machines. It serves as a hardware control layer running on ATmega328 microcontrollers to translate G-code instructions into precise motor movements. The system manages stepper motor acceleration and coordinated multi-axis motion to drive milling hardware. It includes a tool probing system for automating workpiece alignment and calculating tool length offsets, as well as homing cycles that use limit switches to establish a precise coordinate origin. The firmware covers broader machine management including spindle and

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Compare all 8 related projects→

Frequently asked questions

What does vorondesign/voron-2 do?

This project is an open source hardware project providing the design specifications, blueprints, and parts lists required to build a high-performance CoreXY 3D printer. It serves as an engineering framework for a fused deposition modeling printer and a DIY CNC motion system.

What are the main features of vorondesign/voron-2?

The main features of vorondesign/voron-2 are: 3D Printer Construction Guides, Bill of Materials, CNC Machine Controllers, CoreXY 3D Printer Designs, FDM Printer Blueprints, 3D Printer Firmware, Motion System Engineering, Open-Source Hardware Designs.

Which projects share features with vorondesign/voron-2?

Projects with overlapping indexed features include: marlinfirmware/marlin — Marlin is a firmware platform designed for 3D printers and CNC machines that translates manufacturing instructions… klipper3d/klipper — Klipper is a distributed motion control system and 3D printer firmware that splits high-level motion planning on a… gnea/grbl — grbl is a CNC machine control system that translates G-code into precise hardware pulses to drive motors and tools for… grbl/grbl — Grbl is a CNC motion control firmware and G-code parser designed for milling machines. It serves as a hardware control… scottbez1/splitflap — Split-flap is an integrated system of software and hardware specifications for driving mechanical split-flap displays.… fashiontec/openwash-hardware — Openwash-hardware is an open-source project providing technical schematics, structural specifications, and assembly…