Cost-Savings Rigid Molded Parts

Featured Product from General Plastics Manufacturing Co.


General Plastics’ cost-effective rigid molded parts are can be used in a variety of application, including those in the aerospace, marine, sports & recreation, and models and prototype industries. Size, shape, texture and colors are based on customer specification. 

General Plastics fabricates and machines custom-molded parts to customer specifications using high-density flexible and semi-flexible polyurethane LAST-A-FOAM® materials. Look to our unique foam formulations and proven built-to-print capabilities to satisfy your most demanding production requirements. Our high-capacity production facilities enable us to scale production to project needs – from a small, short-term run of specialty parts to an extensive, ongoing OEM parts program.

OUR MOLDED PART CAPABILITIES AND FACILITIES INCLUDE:

  • Part design
  • Tool design
  • Model-to-print and pattern-to print services
  • Mold tooling manufacture
  • Foam formulation with full QA documentation
  • Dedicated assembly room for engineered parts
  • Segregated, controlled-access ITAR assembly room for military parts

CUSTOM MOLDING, FABRICATION AND ASSEMBLY SERVICES INCLUDE:

  • Pattern making
  • Mold design services
  • Part design
  • Prototype design
  • Tooling
  • CNC machining
  • Painting
  • Adhesive bonding
  • Prepreg, potting and resin-infusion processes

 

RIGID & FLEXIBLE POLYURETHANE FOAM AND BUILD-TO-PRINT COMPOSITE PARTS
For over 75 years, we have focused on meeting the exacting requirements of engineers and design teams in diverse industries. Our premier LAST-A-FOAM® closed- and open-cell polyurethane foam products provide a high strength-to-weight ratio and extraordinary versatility, with absolute consistency from order to order, guaranteed.

Whether you need high-temperature tooling boardsmolded parts or submersible foams, expect identical quality, uniformity, stability and weight for the density you specify – every time.

From the oceans’ depths to deep space, we shape great ideas into reality.