JuggerBot 3D Unveils Hybrid AM System for Thermoplastics and Thermosets
JuggerBot 3D has developed the H6-106 hybrid system, capable of printing with both thermoplastics and thermosets, addressing the need for more durable materials in demanding applications.
For years, thermoplastics have been the dominant material in additive manufacturing (AM), readily available and compatible with many industrial 3D printers for applications ranging from prototyping to production tooling. However, as industries like aerospace and defense tackle more complex challenges, the limitations of thermoplastics are becoming apparent, particularly for parts requiring high-temperature resistance and long-term durability.
This has prompted a renewed focus on thermosets, a class of materials extensively used in traditional manufacturing for their ability to maintain shape and performance under heat and stress once cured. Integrating thermosets into large-scale AM systems has historically presented significant hurdles.
Ohio-based JuggerBot 3D has addressed this challenge by developing a hybrid additive manufacturing platform. Through a multi-year research initiative, the company successfully combined thermoplastic and thermoset processing capabilities within a single machine. This development is the result of the H6-106 hybrid system, which was created as part of an America Makes project funded by the Office of the Under Secretary of Defense for Research and Engineering and managed by the Air Force Research Laboratory (AFRL).
The H6-106, built upon JuggerBot's Tradesman platform, features pellet-fed extrusion technology alongside a two-component resin delivery system. This dual capability allows the machine to process both thermoplastics and thermosets, supported by a fully enclosed and heated build chamber designed to maintain consistent printing conditions. JuggerBot's broader objective is to broaden the material selection for large-format AM, enabling manufacturers to produce tooling and other high-performance components with greater material options.
The company plans to leverage the hybrid platform for producing aerospace tooling and validating its performance in production environments. This initiative aims to demonstrate the technology's ability to meet stringent industry requirements and deliver consistent results, building on JuggerBot's prior collaborations with institutions like Oak Ridge National Laboratory on pellet-fed printing and automation.
JuggerBot 3D's H6-106 hybrid system is significant as it expands AM material capabilities beyond thermoplastics, directly addressing the aerospace and defense sectors' need for materials with enhanced thermal and durability properties. This development aligns with the broader industry push for AM to produce more functional, end-use parts in demanding environments, potentially enabling in-situ manufacturing for high-performance components.
Edited by the news editor with AI from the original report — please refer to the original source.