Applications
Robots, lasers, monitors, and surgical instruments are advancing rapidly. These technologies are making procedures safer, more precise, and less invasive, leading to better outcomes and higher patient satisfaction. Our materials and services continue to make these advances possible.
Robots, lasers, monitors, and surgical instruments are advancing rapidly. These technologies are making procedures safer, more precise, and less invasive, leading to better outcomes and higher patient satisfaction. Our materials and services continue to make these advances possible, often selected specifically for:
Cardiovascular and neurovascular interventions require catheters and guidewires with exceptional trackability, pushability, and torque response through tortuous anatomical pathways. Our advanced polymers create lubricious coatings that minimize friction during insertion and navigation. We support designs of next-generation delivery systems with materials engineered for kink resistance and low profile.
Balloon catheter systems, and the access ports that support their deployment, require materials engineered for precise control of inflation pressure and durability across repeated inflation cycles. Our specialty polymers have been selected for the high burst strength, fatigue resistance, and pressure-holding stability needed for angioplasty balloons, while access port materials are designed for mechanical reliability.
Orthopedic equipment demands materials capable of delivering high mechanical strength, stable load distribution, and reliable integration with bone across long-term clinical use. Our engineered polymers and composites support stabilization and weight-bearing applications with performance tuned to match the mechanical behavior of native bone. We collaborate with developers on patient-specific implants, bioabsorbable fixation systems, and advanced composite solutions designed to meet stringent customer orthopedic engineering and regulatory requirements.
Ventricular assist devices, including artificial hearts, epitomize one of the most demanding biomaterial applications in medicine. Our advanced materials provide high mechanical durability and structural integrity under continuous pumping cycles. We provide expertise for next-generation circulatory support systems, which increasingly envision miniaturization, infection resistance, and materials facilitating endothelialization while preventing thrombus formation.
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