Resonetics delivers nitinol in sheet form, offering a flat substrate that facilitates the volume production of intricate two-dimensional design components. This product format empowers designers to leverage high volume batch manufacturing processes such as stamping, photolithography, EDM, and waterjet to create expansive and unique structures that may be otherwise unattainable when using round nitinol wire or tubing.
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 Sheets
Typical Alloys and Nominal Active Af
- As(f.a.) -25C ± 10C, active Af 0C
- As(f.a.) -15C ± 10C (most common), Active Af +5C
- As(f.a.) -15C ± 10C Redox, Active Af +5C
- As(f.a.) +20C ± 15C, Active Af +28C
- As(f.a.) +65C ± 20C, Active Af +70C
- As(f.a.) +95C ± 5C, Active Af > +80C
Condition
- Flat annealed (super elastic or shape memory depending on the alloy)
- Cold worked upon special request
Size
- Thickness: 0.003 in [0.076mm] to 0.098 in [2.5mm]
- Width: up to 3.5 in [90mm] with larger sizes upon request
- Length: up to 20 in [500mm]
Surface Finishes
- Oxide (special request)
- Etched
- Flat ground 0.059 in [1.5mm] and larger
Markets We Serve
Innovators rely on our nitinol materials to create new, specialized medical devices and industrial technologies. Our nitinol sheets are used in many different marketing applications, including:
- Cardiovascular
- Neurovascular
- Orthopedic
- Ophthalmology
- Dental
- Urology & Endoscopy
- Sports Medicine & Trauma
- Industrial
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