Radically Better
Lightweight Components.

We are a contract manufacturer specialized in ultralight load-bearing composites, supporting manufacturers from prototype through serial production.

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Autonomous carbon fiber manufacturing in Hamburg: Holy Technologies’ robotic IFP system placing fibers with high accuracy. IFP delivers lightweight components — cost-efficient, fast and at scale — with real recyclability at the end of life.
Ultralight + Load-Bearing
-30%
WEIGHT Vs,  PREPREG
Fast Development
~12w
TO FINAL PROTOTYPE
Serial Production Ready
50 - 200k
PARTS / YEAR
Closed-Loop Recycling
100%
RECYCLABLE
SERVICES

From Development to Serial Production.

Conventional composite production struggles to scale efficiently. Ours is designed for it.

Rapid Development
~12 weeks

From CAD to functional prototype with a scalable manufacturing concept, in weeks instead of months.

Engineering support from composite specialists
Fast design iterations
Physical part validation included
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Flexible Production
50 - 200k+ parts

Scale from pilot batches to high-volume production. Same process, same supplier, same quality.

Seamless transition to production
Scale flexibly as you grow
Highly repeatable part quality at scale
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TECHNOLOGY

IFP: Infinite Fiber Placement.

IFP is our proprietary robotic manufacturing technology that places continuous fibers along load-optimized fiber paths.

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IFP-SIGNATURE

Visible Performance.

By simulating where to place fiber we achieve minimum weight and optimal mechanical performance. This results in an optic that reflects its engineering.

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INTEGRATED FEATURES

Integrated holes, inserts etc. avoid  post-processing and maintain fiber length for closed-loop recycling.

IFP-COMPONENTS

Built to Outperform.

Ultralight and load-bearing
Repeatable mid- and high-volume manufacturing
New geometries with integrated functional features
100% recyclable and reusable in equivalent applications
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WEIGHT REDUCTION
30% lighter than prepreg
70% lighter than steel
Testimonials

Trusted Across Industries.

“Holy’s automated production saves us 8 hours of intensive manual work per orthosis and delivers reliable quality that withstands even the most active patients.”

Dennis Schindeler
CEO
Cure Lab
Image of Dennis Dennis Schindeler CEO of Cure Lab in Hamburg. A Holy Technologies customer from the orthopedic industry.

“Recyclable composites without compromise. Holy exceeded all expectations.”

Laurent Mekies
Team Principal
Visa Cash App RB

“Development moved insanely fast, saved us weeks of work, money, and headaches.”

Anonymous
Head of Development
(disclosed soon)
INDUSTRIES

We Accelerate Product Innovation.

We support teams in solving complex product and production challenges.

Industrial Tools
Industrial tools metal to composites Holy Technologies

We support metal-to-composite transitions and help reduce the weight of hand-held industrial tools.

Robotics
Robotic composites Holy Technologies

We build lightweight load-bearing robotic parts such as limbs, feet or exoskeleton components.

Automotive
Composite car components Holy Technologies

We build cost-efficient, load-bearing structures, such as seat parts, that meet the industry's ESG-demands.

Aerospace/UAV
UAV composite structures with IFP Holy Technologies

We build load-bearing interior parts (overhead compartments, seats) and internal structures for UAV wings/ fuselages.

USE CASES

An Alternative To Prepreg And Metals.

Holy Technologies provides alternative to manual prepreg with IFP
SCENARIO 1
A Prepreg Alternative: Up to 30% lighter & faster, scalable production

We Offer:

  • ‍Tailored Performance: Optimized part properties via local reinforcements and strategic material removal.‍
  • Advanced Designs: Once-impossible composite geometries—now built as one.‍
  • Repeatable Quality: Robotic process ensures consistency from prototype to production.‍
  • Simplicity & Speed: Faster development, fewer suppliers, more time for innovation.
Comparing the specific strength
SCENARIO 2
A Metal Alternative: Up to 70% lighter and load-bearing

We Offer:

  • ‍Significant Weight Reduction: Save up to 70% of weight compared to steel.
  • Maintained Performance: Meet strength and durability targets with maximized strength-to-weight ratios.
  • Advanced Designs: Complex geometries and integrated features, beyond what metals allow.
  • Composite Expertise: We guide you from design to scale—no in-house team needed.
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Our Blog

Visa Cash App RB (VCARB) Team and Holy Technologies.

We Helped Visa Cash App RB Build A 20% Lighter, Fully Recyclable Innovation Formula 1™

Various sheets of prepreg carbon fiber composites, ready to be used for manufacturing components.

What Are Composites And How Are They Made?

Infinite Fiber Placement (IFP) technology by Holy Technologies: robotic carbon fiber layup along a pre-calculated path to optimize mechanical part performance and minimize component weight.

What is Infinite Fiber Placement (IFP)?

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We assess the feasibility of your applications together.

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Response within 48h
Two Holy Technologies team members conduct a digital component simulation