Blogs

Early-stage medical device design often runs into a familiar constraint: geometries continue to get smaller and more complex, while material requirements remain strict. Laser cutting supports these requirements by enabling precise, repeatable cuts in medical-grade materials during prototyping and pre-production. For device designers and startup founders, laser cutting for the medical industry offers a way…

Engineering teams rarely set out to debate sealing methods in the abstract. The question of semi-seal vs. laser seal may be discussed when a finished assembly behaves differently than expected—parts distort during joining, inspection results vary across units, or performance shifts after thermal or environmental testing. In electronics packaging, medical device assembly, and RF housing…

When Diana Toruno, General Manager at Accumet, talks about the company’s evolution, one theme stands out: the company’s decision to bring ceramic machining, laser processing, and precision surface finishing together under one roof has become a defining advantage for high-frequency customers. It’s a story that spans more than five decades and includes the 2019 merger…

Overview: Medical device laser cutting delivers micron-level precision, repeatable quality, and reduced finishing needs. It supports miniaturization across metals, polymers, and alloys, with applications from stents and catheters to implants and surgical tools. Partnering with experienced providers helps OEMs accelerate prototyping, scale production, and maintain compliance. Pressures Shaping Medical Device Manufacturing Medical device developers face…

The medical device industry demands the highest levels of precision, cleanliness, and quality in every stage of production. From surgical instruments to implantable devices, there is no margin for error. Laser processing has become a crucial technology in medical device manufacturing, enabling the creation of intricate, reliable components that meet strict regulatory and performance standards.…

Selecting the right material is one of the most critical decisions in any laser processing project. The choice directly impacts precision, efficiency, and overall product performance. Whether you’re developing a medical device, aerospace component, or advanced electronics part, understanding how materials interact with laser technology can help you achieve the best possible results. Why Material…