“We are having fun learning, building new technology and innovating, everyday!” Our new Resonetics video is live! Check it out to hear from our people what it’s like to work at Resonetics and why we have such a passion for the Medical Device industry.
Enhanced Catheter Performance Made Possible With Laser Cut Tubing
READ POSTOur latest white paper, written by Kevin Hartke, Chief Technical Officer, highlights the advantages of using laser cut tube in the place of traditional catheter constructs. Resonetics has combined advances in laser and motion control to develop a cost effective tool for high-volume manufacturing of catheter components. This high-speed laser cutting process is branded as PRIME Laser Cut. Laser cut … Read More
RESONETICS ANNOUNCES MAJOR EXPANSION OF CALIFORNIA OPERATIONS
READ POSTResonetics announced today that it has begun improvements on a newly acquired 37,000 square foot facility in San Diego. The building is undergoing a complete renovation to meet Resonetics’ requirements. The site will be configured with a focus on nitinol processing and advanced manufacturing technologies to support growing demand for minimally invasive components and implants used in neurovascular, structural heart … Read More
5 Questions for Resonetics at Compamed
READ POSTSean Fenske, Editor-in-Chief of MPO Magazine interviewed Kevin Hartke, CTO Resonetics, to learn more about Resonetics and what sets us apart from our competitors. “Once again, I find myself wandering the many halls of the Medica and CompaMed trade events. I took a moment to reach out to representatives at several companies exhibiting at the medical device gathering this … Read More
The Future of Laser Micro Manufacturing in Medical Device Markets
READ POSTLaser micro manufacturing is a compilation of technologies developed to address an ever-increasing demand for micro-scale manufacturing in the Medical Device and Advanced Diagnostics Markets. These technologies include laser ablation, laser cutting, laser drilling and laser welding. This article provides details on laser micro manufacturing technologies and applying them to medical devices. READ POST
Resonetics Announces Acquisition of Tru Tech Systems
READ POSTResonetics announced today that it has acquired Tru Tech Systems, Inc. (“Tru Tech”), based in Michigan, a leading supplier of precision grinding services for the medical device market and CNC grinding equipment for the machine tool industry. Since its founding… FULL RELEASE Learn More about Tru Tech Systems
Resonetics Laser Welding Processes Benefits Medical Device Customers, Producing Next Generation Devices
READ POSTLaser welding is often one step in our customers’ process of creating subcomponents and bringing their project together, producing lifesaving devices. Through our recent and strategic acquisitions, we’re able to simplify customer supply chains by providing more complete subassemblies through our vast capabilities. Read Post
Resonetics Offers Fresh Perspective to Nitinol Manufacturing
READ POSTShape memory and super elastic alloys, such as nitinol, can help elevate your next medical device. The unique properties of nitinol enable the material to restore its original shape when deployed and traverse difficult anatomies without mechanical deformation (super elasticity). These attributes make nitinol a good choice for minimally invasive medical device components including stents, catheters, and guidewires. Read … Read More
Resonetics Expands Investment in Medibrane
READ POSTResonetics announced today that it has made an additional equity investment and provided debt financing to Medibrane, based near Tel Aviv, Israel. Resonetics first acquired a minority ownership in Medibrane as part of its November 2018 acquisition of STI Laser, also based in Israel. Medibrane designs, develops and manufactures… FULL RELEASE LEARN MORE ABOUT MEDIBRANE
Case Study: 3-Dimensional Laser Ablating for Medical Device Applications
READ POSTResonetics developed a 3-D laser ablation process that enables prototyping and production of micro medical device components and provides a unique micro-scale fabrication technique for many other medical device applications. READ POST
