Capabilities
Every decision in a composite part's life affects the next. Our capabilities are organized to manage that chain as a whole.
01
Defining fiber orientation, ply stacking and thickness according to the part's loads, geometry and environment.
Laminate architecture directly sets the balance between weight and stiffness.
Structural panels, body and enclosure parts, housings.
02
Choosing fiber type, weave and resin system against application requirements.
The wrong combination lowers performance or adds cost for no benefit.
Lightweight structures, impact-exposed parts, cosmetic surfaces.
03
Dry reinforcement is placed in the mold, sealed under a vacuum bag, and resin is drawn through the fibers by vacuum.
Gives controlled resin content and more repeatable laminate quality. As a closed process, emissions are easier to control than in open processes.
Large panels, structural components, parts that require repeatability.
04
A vacuum bag is sealed over a laid-up laminate to apply controlled pressure during consolidation.
Removes air and excess resin, improving fiber volume fraction and surface quality.
Carbon fiber parts, components where surface quality matters.
05
Manual placement of reinforcement and resin in an open mold.
A flexible, low-tooling-cost method for low volumes, complex or large geometries; quality depends on operator skill.
Prototypes, one-off parts, low-volume production.
06
Planning parting lines, draft, surface quality and mold structure around the part geometry.
Most of a part's quality and demoldability is decided at mold design.
Pre-production planning for any composite part.
07
Producing the designed mold with suitable materials and methods.
The mold surface transfers directly to the part surface.
Prototype molds, custom production molds.
08
Machining molds, patterns and composite parts on computer-controlled equipment: cutting, drilling and edge finishing.
Delivers precise dimensions and repeatable edge quality.
Mold patterns, part trimming, assembly geometries.
09
Validating a part for form, fit and function before series or final production.
Catches problems early, at low cost, before production.
New product development, design validation.
10
Single or low-volume composite parts made to customer requirements.
Solves technical needs that standard products cannot meet.
Automotive, aerospace, defense and industrial applications.
Share your requirements and we will evaluate material, process and manufacturing approach with you.