Composite production today is slow, complex, and hard to scale — with long lead times, high scrap rates, and expensive processes. Our automated, end-to-end system simplifies development and production, with built-in circularity, so you can innovate faster and focus on what is next.
Our end-to-end service makes it easier and faster for you to bring innovative composites to your customers.
RAPID DEVELOPMENT
FLEXIBLE PRODUCTION
CLOSED-LOOP RECYCLING
Our Value For You:
We use advanced simulations and intelligent fiber orientation software to place fibers, exactly where your part needs them.
Material removal possible in low-stress zones for additional weight reduction and material efficiency. We achieve up to 70% weight reduction over steel and up to 30% over prepreg.
With local fiber reinforcements we achieve your required mechanical properties and can strengthen your part where it needs it.
Our models compute the optimal fiber path for your part, with roving-level precision, using a continuous dry fiber.
Our propriety production technology places a continuous fiber along a pre-calculated path, placing strength, stiffness and flexibility exactly where your part needs it. No post-processing, no waste.
Robotic production removes process variability, ensuring consistent quality and repeatable outcomes.
Our system is highly modular and adapts to new designs and changing production volumes.
Get in touch to find out if we can help you design and produce innovative composite parts. We offer FREE part assessments.
From speed to recyclability, see how our automated, end-to-end approach stacks up
against traditional methods and global suppliers.
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!
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.