Our Products

Orbiter v2.5 is the evolution of the popular Orbiter v2.0. It uses the body of the Orbiter 2.0, and it's available as a brand new extruder and as an upgrade kit for existing Orbiter v2.0 owners.

Smart Orbiter v3.0 is a brand new innovative all-in-one dual-drive extruder. The main mission of this design is the integration of the well-proven Orbiter v2 concept into a lightweight, all-in-one smart extruder design.

Leviathan is a 3D printer controller designed for Voron printers by JNP, a long-time contributor to the Voron community. The board is dedicated to delivering top-tier components for DIY CoreXY printers while streamlining assembly through integrated stepper drivers and reducing the overall footprint by providing an on-board mount for the Raspberry Pi. This board is engineered to supply power-hungry A/B steppers with 48v using TMC5160 drivers.

The Rook MK1 (Mark 1) is the official release of the highly customizable and compact Core XY 3D printer designed for both newcomers and seasoned builders. This model has moved out of beta and is now available for purchase, with no further updates planned for at least a year. The Rook MK1 is perfect for those new to Core XY printers or anyone looking to build their first DIY 3D printer. Its affordable, customizable nature makes it a great entry point into the world of 3D printing. Whether you're looking to experiment with new mods or keep things simple, the Rook MK1 adapts to your needs. Join the Community : Connect with other Rook builders on Discord and explore the growing collection of mods and custom builds. YouTube Video for release: https://youtu.be/ylU_8MUHp7Q Useful Sources: (printed parts, manual etc and official ROOK MK1 link) https://www.printables.com/model/387431-rook-mk1-3d-printer LDO Rook MK1 Build Tutorial by Kanrgo87 https://www.youtube.com/playlist?list=PL94IgGJ0XLWchK-JI-Tw_C_2vaa2KOjCD

All G2 kits are based around a custom-designed 9:1 MJF and Aluminum planetary gearbox, with a custom 9T stepper that features 20% higher surface area than the existing 10Tdesigns (5mm tall spur gear vs 4mm tall spur gear) for increased wear protection and better power transfer from the stepper to the gearbox. The gearbox also follows the rules of planetary gearboxes, where the sun (spur) gear needs to be divisible by the number of planets for proper meshing and loading of the planets (3 planets, 9T spur). Thank you JaredC01 and Voron Design team! Inspired by the Orbiter Project

All G2 kits are based around a custom-designed 9:1 MJF and Aluminum planetary gearbox, with a custom 9T stepper that features 20% higher surface area than the existing 10Tdesigns (5mm tall spur gear vs 4mm tall spur gear) for increased wear protection and better power transfer from the stepper to the gearbox. The gearbox also follows the rules of planetary gearboxes, where the sun (spur) gear needs to be divisible by the number of planets for proper meshing and loading of the planets (3 planets, 9T spur). Thank you JaredC01 and Voron Design team! Inspired by the Orbiter Project

The Switchwire represents Voron's unique interpretation of the classic Mendel design, often referred to as the "bedflinger." It adopts a CoreXZ configuration, which means that the print head is propelled by belts in both the X and Z axes, eliminating the conventional leadscrew Z drive. This innovation enables exceptionally rapid Z-axis movements while reducing the burden on the gantry by relocating the X motor to the frame. Crafted from sturdy 3030/3060 extrusions, the frame is precisely sized to encompass the entire range of the Prusa 250x210mm bed, facilitating a seamless enclosure. As it doesn't rely on salvaged parts from an existing Prusa printer.

Leviathan is a 3D printer controller designed for Voron printers by JNP, a long-time contributor to the Voron community. The board is dedicated to delivering top-tier components for DIY CoreXY printers while streamlining assembly through integrated stepper drivers and reducing the overall footprint by providing an on-board mount for the Raspberry Pi. This board is engineered to supply power-hungry A/B steppers with 48v using TMC5160 drivers.

Upgrade Voron V0.2 to V0.2r1 (2023 June)

An input shaper for 3D printing is a technique or algorithm used to mitigate vibrations and improve the printing quality of a 3D printer. It is designed to compensate for the inherent mechanical vibrations that occur during printing, which can result in imperfections and inaccuracies in the printed object. By shaping the input signals, the input shaper aims to prevent resonances from being excited, effectively reducing vibrations and their negative effects on the print quality. This can result in smoother surfaces, improved dimensional accuracy, and reduced artifacts such as ringing or ghosting.

The Voron Tap probe is a specialized z-probe designed for use with the V2 and Trident printer designs. It utilizes a nozzle-based approach where the entire toolhead moves to activate an optical switch. The Tap probe offers several notable advantages over traditional z-probes. Voron Tap probe offers exceptional precision, versatility with different build surfaces, durability through its optical sensor, high temperature reliability, simplified mechanics, integrated Z-endstop functionality, and crash protection features. These advantages make it a valuable addition to the V2 and Trident printer designs, enhancing the overall printing experience and facilitating precise and reliable results.

The Kirigami bed is a bed frame designed by Christoph Mueller to be a lightweight and stiff upgrade for the Voron 0.1. It is made from a single piece of laser-cut 6061 aluminum that has been bent into shape.