Applications
Through small incisions and natural openings in the body, minimally invasive procedures achieve diagnostic and therapeutic goals without traditional “open” surgery. As a result, they generally create less tissue trauma and infection risk, which benefits both patient and clinician.
Through small incisions and natural openings in the body, minimally invasive procedures achieve diagnostic and therapeutic goals without traditional “open” surgery. As a result, they generally create less tissue trauma and infection risk, which benefits both patient and clinician. We offer a range of materials and services that apply to minimally invasive procedures—for example:
In medical and surgical robotics, engineers face increasing demands for materials that deliver uncompromising mechanical performance and reliability under repeated sterilization. Precision-controlled instruments require polymers and composites with exceptional fatigue resistance, tight dimensional stability across autoclave or plasma cycles, and tunable radiopacity or radiolucency to support advanced imaging workflows. To meet these rising expectations, we collaborate with robotic-system developers from early design and proof of concept prototyping through scalable manufacturing, providing material solutions that enable accuracy, longevity, and regulatory readiness.
Intravenous drug delivery systems must withstand increasingly complex clinical demands, requiring materials that combine chemical resistance and dimensional stability across diverse therapies and sterilization methods. To support next-generation IV catheter design, we provide engineered polymers that deliver superior kink resistance, lower thrombogenic risk, and improved insertion performance for shafts, hubs, and connector assemblies. Our development support can extend to compatibility testing with emerging biologics, cytotoxic compounds, and lipid-based formulations, helping manufacturers accelerate validation, ensure regulatory compliance, and meet rising performance and safety expectations.
Minimally invasive instruments require materials that reliably balance mechanical strength and sterilization durability under demanding clinical use. To support the development of trocars, graspers, clip appliers, irrigation components, and visualization accessories, we offer advanced polymers engineered with exceptional optical clarity and tailored durability for reusable or single-use applications. Our approach factors in repeated sterilization cycles, chemical exposure, and ergonomic constraints, enabling manufacturers to meet stringent requirements while accelerating device innovation.
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