Applications
Keeping healthcare running efficiently
Medical equipment keeps healthcare running efficiently, no matter the setting or purpose. Whether used in hospitals or at home, and whether for diagnosis or treatment, these tools support care across the entire continuum. We provide materials and services that improve utility, convenience, safety, and effectiveness.
Explore Medical in the KAITEKI City
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Fluidic Manifolds
Fluidic manifolds demand materials that deliver leak-resistant performance, broad chemical compatibility, and tight dimensional control to ensure reliable flow distribution and pressure management. Our polymers support applications such as dialysis, blood management, and diagnostic platforms by withstanding repeated sterilization, resisting stress cracking from disinfectants, and enabling complex geometries through advanced molding. We help optimize material selection for ultrasonic welding, solvent bonding, and overmolding, ensuring robust and durable fluidic connections.
Imaging Devices
Imaging devices demand materials balancing mechanical stability with radiation transparency and acoustic properties for ultrasound while minimizing diagnostic artifacts. For example, our polymers enable CT scanner components, MRI-compatible devices, ultrasound transducer housings, and X-ray table materials with precisely controlled density, radiolucency, and non-magnetic properties. We provide expertise for patient positioning systems, detector housings, and protective barriers maintaining dimensional stability across temperature variations.
Prosthetics
Prosthetic devices require materials combining mechanical durability, lightweight performance, and aesthetic considerations while supporting patient comfort and functional restoration. Our materials portfolio includes high-strength polymers for structural components, elastomers simulating soft tissue properties, and cosmetic-grade materials with realistic appearance and tactile qualities. We support prosthetic innovation with materials engineered for 3D printing, patient-specific biomechanics, and surface treatments enhancing adhesion for socket interfaces and cosmetic finishing.
Not sure where to start?
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