HyComp has over 20 years experience working with high
temperature engineered thermoplastics. Our customer commitment is to provide full product development assistance including concurrent part design, prototype molding and production molding of high performance thermoplastics. Our extensive machining capabilities and facilities allows us the option of machining prototype parts from stock shapes while finalizing molded part design or while production tooling is being built.

HyComp specializes in short to moderate run parts for Aerospace and Industrial customers. We have a full range of machines from 25-200 tons featuring computer controls, computer controlled oil heating and material auto loaders for the most precise control.

Our capabilities and experience in High Temperature Engineered Thermoplastics such as PEEK, Torlon^®, Ultem^® and PPS are
unmatched in the industry. Most of the compounds that are
processed at our facility include Carbon Fiber, Glass or Aramid
reinforcement to provide the best mechanical properties. HyComp routinely performs over molding and insert molding in today’s most advanced materials. One of HyComp’s competitive advantages is our extensive oven capacity used to post cure Torlon and stress relieve PEEK parts. HyComp currently has (12) ovens dedicated to this process.

HyComp has a full service mold design and a tool room dedicated
to producing prototype or production tooling. We have extensive knowledge in designing multi-cavity tooling including hot-runner and hot-tip tooling for engineered thermoplastics. HyComp also utilizes a unique modular tooling system ideal for part families or small parts requiring multiple molded configurations. This system provides our customers a best-in-class system while reducing the up front out-of-pocket cost for tooling.

HyComp utilizes Autodesk Inventor^® 3D modeling software to
manipulate customer models for tool design and final part
machining in our CAD/CAM software. This stream`line process greatly reduces lead time for tooling and initial part development.