ABS Injection Molding
ABS injection molding for enclosures, trims, and consumer shells with excellent surface finish and dimensional stability on 50T-800T presses.
Learn moreMatch the resin to the application — mechanical, thermal, chemical, and regulatory requirements backed by molding expertise.

Material choice sets the cost, performance, and regulatory exposure of a molded part more than any other single decision. The resin determines which tool steel and gate design make sense, how the press must be dried and tempered, and which secondary operations are viable. Treating material selection as an afterthought is how programs end up with warp, brittle fracture, or a compliance gap discovered too late.
A disciplined molder qualifies the grade before steel is cut. That means confirming drying requirements, shear sensitivity, and shrinkage so the first articles match the drawing rather than requiring a tool rework cycle.
Each thermoplastic below is run as a dedicated, documented process rather than a generic setting:
Selection is matched to function, environment, and regulation, and the chosen grade is qualified from the first lot. For flame-retardant, glass-filled, or heat-stabilized applications, the documentation your compliance team needs is maintained from trial through production. When a lower-cost resin can meet the requirement, we propose and validate the substitution so you can review it before committing.
Explore our full injection molding capabilities or request a quote with your material and volume.
Each material family is molded on presses tuned to its melt behavior, with drying, coloring, and validation matched to grade.
ABS injection molding for enclosures, trims, and consumer shells with excellent surface finish and dimensional stability on 50T-800T presses.
Learn moreNylon PA6 and PA66 injection molding for gears, bushings, and structural components with glass-fill options and tight tolerance control on 50T-800T presses.
Learn morePEEK injection molding for high-temperature, chemical-resistant, and biocompatible components on 80T-400T presses with tight tolerance control.
Learn morePolycarbonate injection molding for optical, lighting, and transparent housings with high impact strength and heat resistance on 50T-800T presses.
Learn morePolypropylene injection molding for living hinges, caps, containers, and automotive ducts with chemical resistance and low cost on 50T-800T presses.
Learn moreTPU injection molding for soft-touch grips, seals, and wheels with elastomeric flexibility and abrasion resistance on 50T-800T presses.
Learn moreStart from the functional requirements — temperature, chemical exposure, stiffness, impact, and any regulatory standard such as flame retardance or food contact. Then match a resin family: ABS and PC for generalhousing and electronics, Nylon for wear and heat, PEEK for extreme temperature and chemical resistance, PP for chemical and fatigue resistance, and TPU for soft-touch sealing. We qualify the exact grade during DFM.
Yes. We routinely mold glass-filled nylons, flame-retardant PC and PEEK, and other specialty engineering grades, with drying and process control matched to the material so fill, warp, and cosmetic results stay predictable.
Where performance allows, we propose validated substitutions — for example a filled PP where a more expensive resin is not required — and document the change so your compliance and quality teams can review it before production.
Tell us the resin, grade, and quantity. Our engineering team will confirm moldability and return a quote within 24 hours.