Zero Point Frontiers utilizes in-house 3D printing to rapidly produce prototypes and design concept models, and exercises the application of additive manufacturing to increase efficiencies in both cost and schedule.
 These applications are cross-discipline, ranging from the design and manufacturing of low cost prosthetics for children using consumer grade polymer FDM 3D printers, to manufacturing process improvements of RS-25 rocket engine components using advanced Selective Laser Melting and Laser Deposition Welding techniques.

In 2014 ZPFC assisted students of the University of Alabama Huntsville and College of Charleston with the rapid prototyping of a 2U CubeSat frame for use in their class project, FOCUS (Functional Ocular CubeSat Utilizing a Smartphone).
The high-altitude balloon travelled to, and maintained an altitude of, 78,835 ft for over 36 minutes while performing the students’ experiments.
Zero Point Frontiers utilizes in-house 3D printing to rapidly produce prototypes and design concept models, and exercises the application of additive manufacturing to increase efficiencies in both cost and schedule.  These applications are cross-discipline, ranging from the design and manufacturing of low cost prosthetics for children using consumer grade polymer FDM 3D printers, to manufacturing process improvements of RS-25 rocket engine components using advanced Selective Laser Melting and Laser Deposition Welding techniques.
In 2014 ZPFC assisted students of the University of Alabama Huntsville and College of Charleston with the rapid prototyping of a 2U CubeSat frame for use in their class project, FOCUS (Functional Ocular CubeSat Utilizing a Smartphone). The high-altitude balloon travelled to, and maintained an altitude of, 78,835 ft for over 36 minutes while performing the students’ experiments.
Zero Point Frontiers Corporation