Materials that enable accurate, reliable, and patient‑friendly solutions.
From medical device housings to drug delivery and diagnostics, you have thermoplastics that withstand a wide range of sterilization and disinfection regimes and also enable design flexibility for devices to be patient friendly. Our specific healthcare grades are supported by formulation lock and change control aligned with FDA and EU medical plastic guidelines.
Performance, compliance and sterilization, on every part.
Healthcare parts carry a heavy load: biocompatibility, chemical and lipid resistance, clarity, and the ability to survive repeated sterilization, all aligned with FDA and EU medical plastic guidelines. A material that misses one requirement can stall a whole program.
Our specific engineering thermoplastics portfolio can support these requirements. Healthcare-grade polycarbonate brings clarity, impact strength and compatibility with ethylene oxide (EtO) & radiation sterilization. PC/polyester blends offer a balance of chemical and lipid resistance, toughness with compatibility gamma and EtO sterilization and biocompatibility. Get in touch with our team to learn more.
Where our materials work in healthcare
Device housings & enclosures
Durable housings for medical and diagnostic equipment.
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Drug delivery
Auto-injectors, inhalers, pens and connectors needing clarity, tight tolerances and chemical resistance.
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Diagnostics & lab
Instrument parts with optical quality and dimensional precision.
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Wearables & home care
Housings and components for wearables and home healthcare devices.
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Material families that fit healthcare
Click any family to view product lines, grades and downloadable datasheets.
LEXAN™ Healthcare
Polycarbonate
Biocompatible grades for housings, drug delivery and surgical parts (ISO 10993, USP Class VI).
XYLEX™ Healthcare
PC/polyester
Water-clear, lipid- and chemical-resistant grades, gamma- and EtO-sterilizable.
Working on a medical device? Talk to our healthcare team.
Regional application engineers and a product stewardship team support material selection, biocompatibility questions and regulatory documentation.