Norman Noble, Highland Heights, Ohio, announced advancements in its laser welding technology to support the precise manufacturing needs of next-generation medical implants and devices. The company’s state-of-the-art fiber laser systems are engineered to deliver exceptional power and positioning accuracy, resulting in highly precise and repeatable welds.
The enhanced laser welding capabilities enable superior joint integrity for complex geometries, with optimized parameters for weld penetration, width, and positioning. These processes are rigorously developed and tested to meet stringent tensile and fatigue requirements for thin-walled and miniature components, while minimizing visual imperfections in the welds.
Jeff Miller, laser process development manager at Norman Noble, emphasized the company’s ability to weld various materials in intricate applications, such as Nitinol-to-Nitinol joints in orthopedic implants and platinum marker welding for stent-like devices. He highlighted the team’s expertise in creating custom solutions tailored to complex medical device manufacturing.
Norman Noble’s ongoing investment in laser technology, including custom fixturing to ensure alignment and repeatability, reinforces its position as a trusted partner for original equipment manufacturers requiring high-quality components in the medical sector.
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