We use state-of-the-art, ultrafast femtosecond laser systems to produce nitinol devices faster that require less post-processing. Our expertise in nitinol laser cutting will help you quickly develop innovative new medical devices and technologies that meet the critical performance requirements of your device. We understand how laser processing affects the nitinol raw material properties and use this knowledge to design and build our laser systems in-house. This allows us to solve the most complex nitinol manufacturing problems.
Collaborative engineering for efficient market-ready solutions.
Dedicated engineers and equipment to help you quickly prototype innovative medical devices.
Advanced manufacturing technologies, purpose-built equipment, and vertically integrated capabilities.
Technology to collect critical data and power implantable medical devices.
Focused solutions for medtech and life sciences.
Nitinol Laser Cutting
Nitinol Laser Cutting Applications
Our femtosecond Nitinol laser cutting uses ultrafast, high-powered laser pulses to rapidly machine nitinol with less post-processing demands than other methods. Common applications include:
- Heart valve frames
- Neurovascular retrieval stents
- Carotid stents
- Peripheral stents
- Biliary stents
- Delivery system components
Standard Nitinol Laser Cutting Specifications
min | max
- Feature Sizes 0.012 mm | 10 mm
- Wall Thickness 0.012 mm | 1.5 mm
- Outside Diameter 0.0125 mm | 20 mm
If your application requires specifications outside of this range, please Contact us to discuss with the engineers in our Lightspeed Lab.
Medical Device & Technology Markets We Serve
Innovators developing groundbreaking medical devices rely on our nitinol laser-cutting capabilities to create new technologies that advance treatment options and improve patient lives. Our nitinol laser processing is used in many different market applications, including:
- Neurovascular
- Ophthalmic
- Structural heart
- Electrophysiology
- Peripheral vascular
- Minimally invasive surgery
- Neuromodulation
- Robotic surgery
- Neuromodulation
- Sports medicine
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