Our Products

BoxTurtle is an advanced, open-source AMS-style automated filament changer developed for Klipper-powered 3D printers, tested with VORON Design printers and other Klipper-configured machines. Designed to simplify multi-material printing, BoxTurtle delivers a seamless filament changing experience for an accessible AMS-like setup.

Credit: All credit goes to Armored Turtle 3D.

Support the Project: $10 per BoxTurtle kit sold goes directly to Armored Turtle for ongoing development

Resources: Access the 3D assembly manuals and further resources on Armored Turtle GitHub and official website

JABBERWOCKY is designed specifically to meet the high demands and requirements of filament changing units (FCU) and multi-material changer.

Link: Github

The Leviathan Extension Board is a plug and play PCB that expands the feature set of the original Leviathan controller board. It adds:

2x Integrated TMC5160 stepper drivers

2x Fan ports with flyback protection, 12V/24V selectable voltage, and tachometer inputs

2x Thermistor ports with 2k2 ohm pullup resistors

1x Piezo Buzzer

Links:Github

Nitehawk Hexa is a 6+1 port USB hub adapter purpose-built for USB-based toolboards. It integrates the capabilities of six Nitehawk USB adapters, a USB 2.0 hub, and a 24V power splitter into a single, compact PCB. Nitehawk Hexa is the ideal solution for multi-toolhead 3D printers such as IDEX or toolchanger systems, offering a clean and reliable way to manage power and communication across multiple toolboards.

Link: Github and LDO Docs

ASA Carbon Fiber is an engineering plastic, composed of a graft of acrylic rubber, acrylonitrile, and styrene copolymer, with added carbon fiber reinforcement. In addition to ASA's excellent mechanical and physical properties, it also has superior anti-ultraviolet (UV) capabilities, making it ideal for outdoor plastic products exposed to direct sunlight. In certain applications, ASA's anti-UV properties prevent fading and yellowing. It resists degradation caused by UV radiation, high temperatures, and oxidation in the atmosphere. This greatly enhances the material's anti-aging and weather resistance. According to test results, ASA's anti-aging performance is over 10 times better than that of ABS.

Acrylonitrile-Butadiene-Styrene (ABS) is a thermoplastic polymer known for its high strength, rigidity, and ease of processing. Due to its robust physical properties, thermal resistance, and chemical resistance, ABS is commonly used for plastic casings in various devices. However, exposure to weather conditions (UV light, oxygen, moisture, and heat) can weaken its mechanical strength and cause discoloration. This occurs because Polybutadiene accelerates the oxidation of Polystyrene. The addition of UV stabilizers can mitigate these effects.

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.

Link: Official website

This enclosure kit is for your LDO Box Turtle AFC kit to control climate / humidity of the filaments.

Documentation: Github and Assembly Manual

ASA is an alternative to ABS with improved weather resistance. Its UV resistance and excellent mechanical properties make it the perfect choice for 3D printing applications.

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.

Link: Official website

Casa is an enclosure kit for Milo V1.5. Its size is 1060x860x880mm.

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.

Link: Github