Phillips Medisize

Cardiologist doing catheter ablation with radiofrequency energy using medtech imaging system with fluoroscopic X-ray tube for electrophysiology interventional vascular procedures.

We offer our medtech customers design services, scaled contract manufacturing and world-class connectivity. Our engineers collaborate to solve development challenges, accelerate commercialization of new products and deliver next-generation medical devices that are differentiated, smart, safe and designed to enhance and save lives.

Our exceptional CDMO services and proven connectivity solutions include:

A close up image of advanced injection molding technologies machines in a large factory
Advanced Injection Molding
Learn More
Electrophysiology patient during surgery demonstrating medical interconnect solutions
Interconnects with custom complex cable assembly
Learn More
A sterile surgical environment with robotic equipment in focus, ready for a procedure, with a backdrop of advanced medical technology.
Specialty Fiber Optic Solutions
Learn More

From human factors engineering to design for manufacturing (DfM) and supply chain management to sterilization, our medical device capabilities are broad and deep. When our customers vertically integrate with us, we help them to save cost and time and reduce complexity and risk—ultimately reaching more patients with meaningful innovations faster.

An image of a woman wearing a continuous glucose monitor, using her smartphone to view the data
Mastering the Challenges of Continuous Glucose Monitor Design
Discover how cutting-edge design for manufacturability (DFM) techniques are revolutionizing the world of continuous glucose monitors (CGMs). Read.
GlucoModicum Teams with Phillips Medisize on Innovative Device
Learn how this cutting-edge device combines sophisticated technology, ultra-sensitive biosensors and advanced algorithms to revolutionize CGMs. Read.
Top 5 Considerations for Medical Wearables
Explore the essential insights and main factors for developing the next generation of medical wearables. Learn More.