SPEE3D Manufacturing
Making Manufacturing Easier
SPEE3D utilizes a cold spray process combined with an anthropomorphic robot to deposit layers of material. This process generates net shape parts with high accuracy and performs at a high rate of deposition.
Many industries including Defense, rely on complex logistics to source spare parts for the sustainment of operations. The adoption of SPEE3D technology allows facilities to access parts on-demand, reducing costly downtime and building their internal capability.
Advantages
- Used to build new parts
- Deposition rates up to 100g/min
- Extremely fast build times (Solid copper battery terminal in just over ten minutes)
- Robotic Fully enclosed Cold Spray can be made expeditionary
- Operates on compressed air - No Need for inert gases
- Print sizes up to 1m x .7m (approx.) or 40kg part weight
- Currently qualified for Aluminum and Copper
SPEE3D Machines
SPEE3D and Phillips Federal
In The News
Read how SPEE3D and Phillips Federal work together to provide the best supersonic deposition technology for the DoD.

World First Field Deployment of WarpSPEE3D by the Australian Army
In a world-first, a ‘WarpSPEE3D’ 3D metal printer was rapidly deployed and put through its paces by the Australian Army during a field exercise in the Northern Territory. The successful trial demonstrated the potential for this cutting-edge metal 3D printing technology to be deployed to the field by the Australian Defence Force.

Phillips Federal Adds SPEE3D to Powerful Additive Manufacturing Lineup at the Army’s Rock Island Arsenal
Phillips Federal, a division of Phillips Corporation, has added the unique technologies of SPEE3D to support its Public Private Partnership (P3) and additive manufacturing programs at Rock Island Arsenal (RIA).

Australian Army Proves Metal 3D Printing can Strengthen Sovereign Capability
A team of Royal Australian Electrical and Mechanical Engineers (RAEME) soldiers from 1st Combat Service Support Battalion (1CSSB) overcame extreme conditions to design, print, and finish a series of ground-breaking 3D printed parts in the field as case studies.