Custom Engineering & Design

From Requirements to Manufacturable Solutions

Successful composite components are developed at the intersection of material science, manufacturing expertise, and application knowledge. CK Composites works with OEMs to transform performance requirements into manufacturable, scalable, and reliable solutions.

Material selection and optimization

Design for manufacturability

Tooling and process development

Prototype and production support

How We Build Components

Engineering Starts With Understanding The Application

Whether developing a new component, replacing an obsolete design, or improving an existing product, we begin by understanding the electrical, mechanical, environmental, and production requirements of the application.

Our role is not simply to produce to a drawing or manufacture a part. It is to help customers develop solutions that can be manufactured reliably and supported throughout their lifecycle.

Full Process, APG-based Production

Design & Fabrication

Good designs account for how a part will actually be made, not just how it should perform. Our engineering process moves from concept to production-ready component through a connected set of disciplines.

Multidisciplinary Engineering

Composite components often require balancing electrical, mechanical, thermal, and manufacturing requirements simultaneously. Our team evaluates these competing factors to develop practical, application-driven solutions.

Component & Assembly Design

Engineering decisions are supported through modeling, finite element analysis (FEA), process simulation, and practical manufacturing experience. These tools help evaluate designs, optimize tooling, and better understand how components will perform under real operating conditions.

Prototyping & Iterative Development

Simulation provides insight. Physical testing provides validation. Prototype programs allow designs to be refined, tested, and optimized before production release.

Tooling & Process Development

Tooling is a critical part of the manufacturing system. CK Composites develops production-grade tooling designed to support quality, repeatability, and long-term process capability. The component, tooling, and manufacturing process are optimized together to achieve the best overall result.

Custom Engineered Solutions

Custom engineered solutions are how we turn tough electrical and mechanical challenges into reliable, manufacturable composite components tailored to your application.

Two men in dress shirts discuss a 3D model displayed on a large screen, while a blurred person observes in the foreground. One man points at the screen, indicating a specific detail on the model.

Product & Process Engineering

Balancing performance requirements, manufacturability, tooling strategy, and production capability.

Tackle higher voltage, tighter space, or harsher environments

Turn real‑world constraints into clear design requirements.

Balance performance, reliability, and manufacturability.

Prototype to Production

Supporting projects from concept development through qualification, production launch, and long-term supply.

New system or platform design

Replacing metal or legacy materials with advanced composites

Vertically integrated production.

A man in safety glasses uses a power tool at a workbench in a factory, assembling parts. Shelves, tools, and equipment are visible around him, and industrial lighting illuminates the workspace.

Application-Specific Solutions

Custom composite solutions developed around the unique electrical, mechanical, environmental, and dimensional requirements of the application.

Start from a sketch, spec, print, or field‑pulled part

Reverse‑engineer geometry and critical interfaces.

Define a clear path from first article to production.

Rigid. Strong. Precise.

Designing for Production Success

The best component design is one that performs in service and can be manufactured consistently over time. CK Composites evaluates designs through both engineering and manufacturing lenses, helping customers optimize performance, reduce risk, and improve long-term production outcomes.

Typical Design for Manufacturability (DFM) Considerations:

  • Material selection
  • Tooling strategy
  • Process capability
  • Production scalability
  • Cost-performance tradeoffs

Application‑Specific Validation

Development testing designed around the unique operating requirements of the application.

Qualification Support

Support for customer qualification programs, production launch activities, and transition into long-term manufacturing.

Bridging Development and Production

Validation & Production Readiness

Engineering does not end when the design is complete. Validation testing and production trials provide critical feedback that helps refine designs and reduce risk prior to full production launch.

CK Composites regularly collaborates with customers on prototype evaluation, production trials, application-specific testing, and qualification programs to ensure designs perform as intended under real-world conditions.

For Next‑generation, Mission-Critical Systems

Bring Us Your Toughest Challenge

Whether you’re developing a new component, scaling production, replacing a legacy design, or solving a difficult manufacturing challenge, CK Composites’ engineering team can help identify a path forward.

Looking for a disciplined U.S. manufacturing partner?

Launch your next high‑voltage build with CK Composites’ cast, wind, and press capabilities by starting with our engineering team today.