Precision Composites for
Functional Engineering.
Specializing in advanced fiber-reinforced polymers for industries where failure is not an option. From aerospace tolerances to automotive rigidity.
Structural Solutions
T700 Chassis Bracket
SPEC-04A
Robotic Linkage
ARM-RX8
Aero-Profile Wing
AIR-W2Industrial Applications
Robotics
Reducing payload weight to increase cycle speeds and precision in high-frequency automation systems.
Research
Supporting universities and labs with custom structural prototyping and advanced material testing.
Automotive
Lightweighting solutions for EV platforms and high-end motorsports where every gram influences performance.
High-Precision CNC Post-Processing
A composite part is only as good as its final dimensions. We utilize dedicated CNC infrastructure specifically tuned for the abrasive nature of carbon fiber, achieving precise sub-millimeter tolerances for functional and structural parts while ensuring geometric perfection for every mounting point.
- check_circle Precision trimming and hole drilling for complex assemblies.
- check_circle Surface leveling for perfect interface mating.
- check_circle Dedicated tooling for composite-specific material removal.
Production Methodology
We focus exclusively on advanced technical processes—RTM, Va-RTM, and Press Molding—to ensure maximum fiber-to-resin ratios and structural integrity, moving away from simple wet layup techniques for high-performance functional parts.
RTM
Resin Transfer Molding for high-volume, consistent structural parts with dual finished surfaces.
Va-RTM
Vacuum Assisted RTM for large-scale components requiring void control and superior saturation.
Press Molding
Utilizing high-tonnage thermal presses for rapid curing and maximum material density.
Engineered for your Application
Whether you need a single structural prototype or a production run, our engineering team is ready to review your specifications.