Plastic injection molding is a manufacturing process that produces plastic parts by injecting molten material into a custom-made mold. It is used for both high-volume production and low-volume runs, offering precise, repeatable results for everything from prototypes to full-scale production.
We offer all types of prototype and production plastic molding solutions. ISO 13485 | ISO 9001 | ITAR approvals are available.
We can provide you with final molded parts as well as tooling (molds) that can be ran at your facility.
SPI Class 101/103 molds are high-output plastic injection molds with multiple identical cavities. Maximizes production efficiency and lowers per-part cost for high-volume runs. Cavity and Core blocks are made from high quality tool steels such as 420SS, S7, H13. Mold bases are made from 400 series stainless to prevent rust in the cooling lines.
SPI Class 104/105 molds are lower-volume tools often times made to validate design, fit, and material performance before committing to full-scale production. We also offer bridge tools to carry you through early production. Cavity and Core blocks often times are made from P20, NAK 80, NAK 55. Mold bases are often made from aluminum or standard holder block.
Multiple part designs molded in the same cycle using shared tooling. Excellent for product sets or parts that are used together, reducing tooling costs.
Plastic is molded around a pre-placed component (metal, electronics, etc.). Enhances part strength and reduces post-molding assembly.
Combines multiple materials into a single part, typically a rigid substrate with a soft-touch layer. Perfect for grips, seals, or aesthetic finishes.
Delivers high strength-to-weight ratio by reinforcing thermoplastics with long fibers. Great for structural components requiring stiffness and impact resistance.
Precision molding for flexible, durable silicone parts. Ideal for medical, baby care, and high-temperature applications. Offers flash-free molding with tight tolerances.
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