ABS combines good impact resistance, easy machinability, and broad finishing compatibility — accepting paint, adhesives, solvent bonding, and direct electroplating. We machine ABS for housings, enclosures, and appearance parts where low per-part cost and surface finish flexibility matter more than high mechanical strength.

POM combines low friction, excellent dimensional stability, and good fatigue resistance — gears, bushings, and sliding components run without lubrication and hold tight tolerances in humid environments due to minimal moisture absorption. We machine POM for precision mechanical parts where dimensional consistency in service is the primary requirement.

Polycarbonate combines optical clarity with the highest impact resistance of any transparent plastic and heat resistance to 130°C continuous — outperforming both ABS and acrylic where transparency, toughness, and thermal performance must be met simultaneously. We machine PC for transparent windows, safety shields and structural housings.

Nylon combines good mechanical strength, self-lubricating wear resistance, and broad chemical compatibility — with continuous use temperature to 120°C that exceeds POM, ABS, and PC. We machine PA6, PA66, glass-filled, and specialty nylon grades for gears, bearings, structural brackets, and fluid handling components where temperature and chemical resistance matter more than dimensional stability in humid conditions.

PVC offers broad chemical resistance to acids, alkalis, and salts alongside inherent flame retardancy and good electrical insulation — without surface coating or additives. We machine rigid PVC for chemical handling equipment, electrical components, and fluid system fitting.

Acrylic delivers 92% light transmission, superior UV stability, and better scratch resistance than polycarbonate — maintaining optical clarity outdoors without yellowing or coating. We machine PMMA for display covers, light guides, optical components, and decorative panels where clarity and surface quality take priority over impact resistance.

PEEK delivers continuous use temperature to 250°C, tensile strength rivaling aluminum alloys, and chemical resistance comparable to PTFE — the only common thermoplastic that combines all three simultaneously. We machine PEEK for medical implants, aerospace components, semiconductor equipment, and chemical processing parts where no lower-cost plastic can meet the combined performance requirements.

PTFE resists virtually all chemicals, has the lowest coefficient of friction of any solid material, and operates continuously from -200°C to +260°C — the widest temperature range of any common plastic. We machine virgin and filled PTFE grades for seals, gaskets, bearings, and chemical handling components.