Syensqo materials advance medical technologies from heart surgery to implants

Syensqo’s high-performance materials support the demanding requirements and design of medical technologies, from devices used for complex heart surgery to pacemakers, spinal implants and surgical instruments. They can help make medical technologies lighter, more precise, compatible with the human body or better suited to medical imaging.

Syensqo’s advanced materials are helping drive innovation across a range of medical applications, including:

•    Protecting the heart after complex surgery: Thoracic Innovations uses a Syensqo high-strength resin in its sternal spacer, designed to protect the heart and stabilize the chest when it needs to remain temporarily open following certain cardiothoracic procedures.

Thoracic Innovations BlueBridge Modular Sternal Spacer featuring Syensqo’s Ixef PARA.

•    Enabling long-term cardiac implants: Biotronik selected a Syensqo high-performance polymer for its pacemakers, combining biocompatibility for indefinite implantation with transparency to support precise electrode placement during surgery.

Syensqo’s Eviva Polysulfone selected by BIOTRONIK for pacemaker header components.

•    Supporting bone integration in spinal surgery: A Syensqo biomaterial is used in a spinal fusion cage developed by Shanghai REACH Medical Instrument, combining bone-relevant mechanical properties with bioactive functionality designed to support bone integration.

Global-first spinal cage with Syensqo’s Zeniva PEEK biomaterial.

•    Improving surgical instruments: An orthopedic surgical guide developed by Hanisch Medical and TechImport using a Syensqo advanced polymer is up to 70% lighter than traditional metal versions and enables unobstructed X-ray imaging during surgery.

An orthopedic surgical guide developed by Hanisch Medical and TechImport using a Syensqo advanced polymer.

•    Improving surgical lighting and ergonomics: MezLight uses a Syensqo high-performance polymer in its reusable surgical task light, providing focused illumination while reducing the physical strain associated with traditional surgical headlamps. The material also enables durability and repeated steam sterilization.

MezLight uses a Syensqo high-performance polymer in its reusable surgical task light, providing focused illumination while reducing the physical strain associated with traditional surgical headlamps.

•    Advancing orthopedic implants: GLW Medical Innovation uses a Syensqo high-performance polymer in its ApolloAnkle Fracture Plating System, combining 3D-printed titanium with a bone-like polymer to support fracture fixation while enabling improved visibility during medical imaging.

GLW Medical Innovation uses a Syensqo high-performance polymer in its ApolloAnkle Fracture Plating System, combining 3D-printed titanium with a bone-like polymer.

Building on more than 60 years of high-performance polymer innovation, Syensqo is also working with medical-device manufacturers early in the development process. In 2026, the company joined MedTech Innovator, a global accelerator for medical-device, diagnostic and digital-health companies, to provide materials and application expertise to emerging healthcare companies.

Syensqo will show its advanced medical solutions at COMPAMED 2026 in Düsseldorf, Germany, from November 16 to 19.