For PROFESSIONAL Tool Manufacturers

Steel Hand Tools. Finally in Carbon Fiber.

What conventional CFRP manufacturing cannot build, we can.

Spreader arms made of carbon fiber by Holy Technologies. For field and rescue equipment.
Up to 70%
Lighter
Equivalent
Stiffness
Up to 5x
Cheaper than
Conventional CFRP
Spreader arms made of carbon fiber by Holy Technologies. For field and rescue equipment.
Applications
Field & Rescue Tools
Spreader arms, cutter jaws, and hydraulic linkages. Components that withstand peak compressive forces under emergency conditions in the field.
Professional Construction Tools
Compression, hydraulic, clamping and fastening (power) tools. Load-bearing components that handle high compressive and cyclic loads across a full shift.
This Is For You

If This Sounds Familiar.

We are using steel because nothing else could handle the loads.

Our tools are at the limits of what workers can comfortably carry.

We looked at carbon fiber before, but it was too expensive.

Every gram saved is a benefit that we can sell.

Proprietary TECHNOLOGY

From Steel to CFRP With IFP Technology.

IFP (Infinite Fiber Placement) is our automated manufacturing process for steel parts that no other CFRP technology can match.
Assess My Part for Free
WHAT IFP DELIVERS

Carbon Fiber Parts That Replace Load-Bearing Steel.

01
Load-Bearing Performance

Uncut, continuous fiber placed along calculated load paths with integrated steel inserts. Equivalent stiffness to steel.

02
Impact Resistance

Protective design features such as rubber covers ensure parts withstand the handling conditions of daily industrial use.

03
Up to 70% Lighter

A 10 kg steel component becomes 3 to 5 kg.

04
Thick Solid Parts

Thick-walled parts up to 40 mm conventional CFRP manufacturing cannot reach.

05
Competitive Unit Economics

Proprietary automated manufacturing achieves repeatable quality at a fraction of the cost.

Validated WEIGHT REDUCTION

Same Stiffness (GPa) At A Fraction of the Weight.

A typical professional overhead press tool weighs 9 kg. The steel head accounts for 5.6 kg. The same parts in IFP CFRP are 2.0 kg.

OUR END-TO-END SERVICE
1
Design For Performance

We analyze your part's load cases and engineer the optimal fiber architecture for your performance and weight targets.

2
Prototype In 12 Weeks

We deliver a functional prototype validated against your performance requirements. Quick iterations until the part meets your specs.

3
Scale To Volume

From 50 to 200,000+ parts per year. Repeatable quality at every volume.

Explore

How Much Lighter Could Your Tool Be?

Enter your steel component weight. See the potential reduction with IFP carbon fiber.

This is an indicative estimate based on typical 50 to 70% weight reductions achieved with IFP. Actual results depend on geometry, load case, and material specification.

Best Case
Conservative

Based on 50 to 70% weight reduction. Want to know the exact potential for your part?

Get a Free Part Assessment
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Book A Meeting

Gemeinsam prüfen wir die Machbarkeit für Ihre Anwendungen.

Kontakt
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Antwort innerhalb von 48 Stunden
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FAQ

What Tool Manufacturers Want to Know.