Our Results
Up to 30%
Lighter than prepreg
~12 weeks
To final prototype
50-200.000+
Flexible production volumes
100%
Recyclable parts
WHAT WE SOLVE

Fast, Scalable, And Circular—We Automate Composite Manufacturing.

Composite manufacturing, such as that of carbon fiber parts, is slow, complex, and hard to scale—with long lead times, high scrap rates, and expensive processes. Our proprietary Infinite Fiber Placement (IFP) technology speeds up development and production, with built-in circularity, so you can innovate faster and focus on what is next.

INNOVATIVE Lightweight COMPONENTS

High-Performance Carbon Fiber Components With Minimum Weight.

We use advanced simulations and intelligent fiber orientation software to place fibers, only where your part needs them.

Carbon fiber weight reduction simulation with AI optimization, highlighting stress distribution and up to 70% less weight.
Stress Simulation
C: Static Structural
0,11294 Max
0,01198
0,010512
0,0090435
0,0075752
0,0061069
0,0046386
0,0031703
0,001702
0,00023367 Min
30% Less weight
TAILORED Mechanical PERFORMANCE
Stress Simulation
C: Static Structural
0,11294 Max
0,01198
0,010512
0,0090435
0,0075752
0,0061069
0,0046386
0,0031703
0,001702
0,00023367 Min
Adaptive rigidity in carbon fiber parts: simulation of AI-optimized fiber paths for stiffness and flexibility without changing geometry.
Higher stiffness.
Adaptive rigidity in carbon fiber parts: simulation of AI-optimized fiber paths for stiffness and flexibility without changing geometry.
Higher flexibility.

Ultralight By Design

With AI-optimized designs we remove material in low-stress zones to reduce weight and increase material efficiency—up to 30% lighter than prepreg and up to 70% lighter than steel.

Tailored Mechanical Performance

With local fiber reinforcements we achieve your required mechanical properties and can strengthen your part where it needs it.

Adaptive Rigidity

Our models compute the optimal fiber path for your part, with roving-level precision, using a continuous dry fiber. Designs can be built with variable stiffness levels, without changing the geometry of the component, to adapt to various use cases.

Discover your component’s innovation potential.
Free Part Assessment
HOW WE COMPARE

We Set A New Standard.

From speed to recyclability, see how our automated, end-to-end approach stacks up
against traditional methods and global suppliers.

Inhouse Manual
Prepreg
Overseas
Suppliers
Metal
Manufacturing
Development Speed
Low
Low
High
Scalability
Low
Medium
(Technology
dependent)
High
Weight
Light
Light
Heavy
Component Performance
Medium
(Skill
dependent)
Medium
(Technology
dependent)
High
Design Freedom
Medium
(Skill
dependent)
Medium
(Technology
dependent)
Medium
(Process
restricted)
Recyclability
Low
Low
100%
INDUSTRIES WE SERVE

We Accelerate Product Innovation.

We support teams across many industries in solving complex innovation and production challenges. Your industry is not listed? Contact us and let us find innovative solutions together!

Industrial Manufacturing

We can produce durable, lightweight parts for machines, robots, power‬‭- and industrial tools.

Automotive

We build scalable, high-performance, recyclable structural components — at industry-ready cost efficiency.

Aerospace

We can build lightweight, high-precision and fully recyclable interior components.

Orthopedics

We can make durable, scalable and partially customized components, from exoskeletons to orthoses parts.

Closed-loop recycling

Designed For Real Recyclability.

Real recyclability starts long before recovery, it begins with design. At Holy Technologies, every part is engineered for clean separation, material traceability, and structural reuse. Our process avoids shredding, cutting, or drilling, preserving fiber integrity so materials can be reclaimed and reused in equivalent high-performance applications. No fillers. No shortcuts. Just true circularity, by design. Read more.

Dry carbon fiber preform shown before resin infusion and curing.