
Core Manufacturing
Our manufacturing methods include, but are not limited to...
3D Printing
CNC Machining
Rapid Prototyping
Additive manufacturing for rapid innovation.
3D printing allows us to quickly transform concepts into physical components, evaluate form and function, and iterate designs with speed and flexibility. This technology helps accelerate development while reducing the time and cost associated with early-stage prototyping.
Precision manufacturing for demanding applications.
CNC machining enables the production of highly precise components from a variety of materials. Computer-controlled manufacturing provides repeatability, dimensional consistency, and the level of precision required for advanced engineering applications.
From concept to functional prototype—faster.
Rapid prototyping allows us to move quickly from an idea to a physical representation of the design. By combining digital design, additive manufacturing, machining, and iterative testing, we can identify opportunities for improvement early and continuously refine our products.
Design Tolerance Capabilities
0.1mm
Print Resolution
0.005"
CNC Tolerance
100%
Physical Quality Control


Product example
HK MP5 Trigger Pack
The PRO Trigger pack for the Heckler & Koch provides the shooter with a smooth trigger pull, with a crisp break at 3.5 pounds
Versions for both civilian SP5 and military MP5 will be available. Testing is underway and release date and availability coming soon.
Parallel Research Operations
DATABASE
Home
Designs - Coming Soon
Store - Coming Soon
Contact the Owners:
Kevin Robinson: Kevin@parallelresearch.net
Norman Chow: Norman@parallelresearch.net
Jon Lohman: Jon@parallelresearch.net
© 2026 Parallel Research Operations
Precision in Every Detail