Making smart materials smarter.
We’re the innovators in shape memory alloy smart materials. Our vision is the seamless integration of smart materials into a better everyday life. We work with businesses across a wide range of industries to enhance products plus services with cutting edge materials engineering. Our technology for shape memory alloys is already being applied in medical devices, automotive actuators plus clean technology. Find out how we can help your business.
Smarter Alloys’ Multiple Memory Material™ provides new capabilities to existing shape memory material applications plus extends the reach of these smart materials into new markets.
A smarter way to meet the demand.
In the automotive plus aerospace industries where safety, performance plus timelines are demanded, Smarter Alloys’ shape memory alloy technology offers a robust plus reliable solution. We have worked with automotive plus aerospace customers across the globe to create components plus systems that meet strict reliability requirements. Our materials expertise plus proprietary technology make smaller, lighter, plus more robust designs a possibility in even the harshest environments.
A smarter way to improve outcomes
From orthodontics to orthopedics, advances in material science have been improving medical care for ages. Smarter Alloys’ technology has revolutionized treatment in dentistry. Now, we’re working on applications for other nitinol-based medical devices. The medical device industry demands rigorous quality to exacting specifications. Smarter Alloys is registered with the FDA plus Health Canada. We have a robust quality management system that is certified to ISO 13485 MDSAP to meet any medical device contract manufacturing requirements.
A smarter way to green
Waste heat is all around us. Smarter Alloys is taking on the challenge of generating clean energy from industrial low grade waste heat sources. Our heat engine is designed to scavenge the lowest temperature ranges of waste energy to produce useful electricity. Our technology allows us to tune the system for the most efficient waste heat recovery possible using shape memory alloys.