Roll of carbon fiber fabric on a dark workshop floor lit with lime green light

[CARBONIX]

Carbon fiber composites
engineered for performance.

HIGH-PERFORMANCE COMPOSITES

STRENGTHFOR A BRIGHTERTOMORROW

Carbon fiber fabrics, prepregs and panels for aerospace, automotive and robotics.

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LIGHTWEIGHT
BY DESIGN

Up to 70% lighter than steel, same strength.

Sheet of carbon fiber composite with a visible weave on a dark background

ENGINEERED
MATERIALS

Fiber, resin and layup matched to your load case.

Wireframe render of a curved composite surface

BUILT FOR
INDUSTRY

Traceable batches and repeatable quality.

Cutaway of a layered composite: woven carbon surface, honeycomb core and base layer

Material Technology

ENGINEEREDAT THEFIBER LEVEL

Woven plies, a honeycomb core and a base laminate, bonded into one lightweight structure.

WOVEN SURFACE

Twill-woven carbon fabric for high stiffness and fatigue resistance.

CORE
STRUCTURE

Honeycomb core for bending stiffness at minimal weight.

LAYERED COMPOSITE

Plies laid at set angles and cured together for balanced strength in every direction.

Materials

MATERIALSFOR EVERY CHALLENGE

Fabrics, prepregs and finished panels
for every stage of your build.

Carbon Fiber Fabrics

Plain, twill and satin weaves
in a range of weights.

Carbon fiber prepreg sheet with the backing paper peeling off

Prepreg Materials

Resin-impregnated fabric
for controlled, repeatable results.

Stack of three carbon fiber panels, the middle one with a honeycomb core

Composite Panels

Flat and honeycomb-core panels,
cut to size.

Carbon fiber race car seen from the rear in a dark garage

Applications

WHEREPERFORMANCEMATTERS

Carbon fiber solutions for industries where every gram counts.

−40%: part weight
vs aluminum
1,200+: parts
delivered
3: industries
served

Aircraft wing and engine nacelle made with carbon fiber

Aerospace

Industrial robotic arm with carbon fiber links

Industrial Robotics

Automotive

Manufacturing

PRECISIONIN EVERY LAYER

From material preparation
to final inspection.

Carbon fiber sheet flowing over rollers on a composite production line

Fiber preparation

Fabric is spread, cut and kitted to your ply schedule.

Composite forming

Plies are placed by hand or robot and shaped over the tool.

Curing

Heat and pressure in an autoclave or press consolidate the laminate.

Quality control

Every part is checked for dimensions, voids and fiber alignment.

Carbon fiber suspension bracket with steel bushings, half shown as an engineering wireframe

CFRP LAMINATETailored ply orientationHigh specific stiffness

OPTIMIZED
GEOMETRYLoad path analysisWeight efficiency

ENGINEERED
INTERFACESBonded jointsMetal inserts ready

Custom engineering

BUILTAROUNDYOUR VISION

From material selection to finished component, we engineer every part around your requirements.

Discuss Your Project

LET’S BUILDWHAT’S NEXT

Tell us about your part, volume and timeline. An engineer replies within one business day.