CFIP is not just another additive technique
It is a patented post-process that turns parts into true structural composites. By placing continuous fibers along load paths, CFIP bridges the performance gap between plastics and metals — without compromising design freedom or scalability.
The new standard
DELTA , engineered for industrial scale
High-density fiber injection capability.
Real-time monitoring sensors for process control
Supports fibers such as carbon, glass, aramid, natural fibers as well.
Designed to evolve in scalable configurations.
The DELTA SYSTEM brings CFIP
into production
Built for precision, repeatability, and control, DELTA enables engineers to reinforce additive or molded parts with high-density continuous fibers. Designed to evolve with scalable configurations, it ensures industrial reliability today and tomorrow.
A smarter way to
reinforce parts
CFIP Technology is a post-process reinforcement technique that inserts continuous fibers directly into the internal tubular cavities of manufactured parts — adding structural integrity exactly where it’s needed most.
Unlike surface treatments or simple infill patterns, CFIP delivers true internal carbon fiber reinforcement while maintaining the part’s design freedom and weight advantage. Compatible with a range of engineering thermoplastics and hollow geometries, CFIP bridges the gap between polymer and metal performance.
Stronger, bigger, lighter… and most times, cheaper!
VERTICALS
Carbon-reinforced solutions for real-world industries
From aerospace to automotive, from sports equipment to industrial tooling — CFIP enables engineers to design parts that replace or outperform traditional composites and metals. The result: scalable reinforcement with unmatched performance and cost-efficiency.
Automotive
Customized
structural
reinforcement
AEROSPACE
Weight-critical
certified
components
SPORTS
Maximum
performance at
minimum weight
Industrial
Manufacturing
Maximum
performance at
minimum weight
Orthetics &
PROTHESIS
Lightweight,
high-strength devices
CASE STUDIES / TESTIMONIALS
Built with purpose. Validated by industry.
Failure point: where heat beats the polymer
We tested five identical rods (ø 8 mm, L = 300 mm) under a 0.5
Half the Weight. Twice the Performance
We tested four identical rods (ø 8 mm, L = 300 mm) built with different
EV BATTERY CRASH PROTECTOR WITH CFIP
This case study shows how CFIP applied to an extruded aluminium rocker panel increases side-impact