Custom Insert Injection Molding

ExportPlastics offers high-precision insert injection molding solutions designed to combine performance, durability, and efficiency. We support a wide range of industries with tailored solutions that reduce costs, enhance part strength, and streamline assembly processes.

Reliable Results. Flexible Solutions.

Our advanced injection molding machines and robust quality systems ensure consistent, repeatable outcomes. By integrating polymer science with cutting-edge molding technologies, we help bring complex, high-performance parts to life—faster and more affordably.

Insert molding relies on mechanical bonding between a non-plastic insert and molten plastic. Because there’s no chemical adhesion between the two materials, careful part design and feasibility analysis are crucial to ensure long-term durability and function.

What is Insert Injection Molding?

Insert injection molding is the process of molding plastic around a non-plastic component, such as a metal insert. This creates a unified part that combines the strength of metal with the flexibility and efficiency of plastic. Common inserts include rods, studs, bushings, and threaded components.

Key Advantages

  • Improved structural strength and integrity
  • Enhanced part durability and wear resistance
  • Reduction in assembly steps and labor costs
  • Minimized size and overall weight of components
  • Greater flexibility in product design and function

Our Insert Molding Capabilities

  • Vertical molding machines ranging from 110 to 340 tons
  • Full fleet of 46 injection molding machines (horizontal and vertical)
  • Capability to mold most thermoplastic materials
  • Experience with materials including TPO, PP, Nylon, ASA, and more
  • Support for glass-filled, talc-filled, and impact-modified resins

With over 30 years of plastic molding experience, ExportPlastics works closely with clients to validate designs, select optimal materials, and deliver parts that meet the highest quality and performance standards.

Our team of engineers review the project requirements, can support with design feasibility or material suggestions, and finish written proposals.

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