The Need for Laser Texturing in Device Manufacturing In medical device manufacturing, there are often multiple subcomponents fabricated from metal and polymers bound together. Device manufacturers are often faced with the challenge of increasing bond strength and...

Design for manufacturing (DFM) principles can help medical device manufacturers reduce costs, improve quality and launch products faster. Here’s a real-life example of how the team at Pulse Technologies applied DFM principles to achieve high-impact results for a medical device customer.

DFM is the process of designing innovations with the realities of manufacturing in mind. While useful in all fields, DFM is integral to the design, manufacture, and launch of medical devices.

When you need a precision part made to strict aerospace requirements, turn to a contract manufacturer with advanced machining, metrology and quality controls.

Let Pulse function as part of your design team. We’re bringing our engineering, manufacturing and metrology resources into your prototyping and process development work — and we’re doing it quickly using the same production machines that make the parts.

Save the date! We’re excited to announce our free upcoming webinar, called “Hierarchical Surface Restructuring for Sensing, Recording and Stimulating Applications,” taking place on April 28th at 11 a.m. EDT. 

Advancements in medical technology are leading to smaller, less-invasive instruments with reduced feature sizes and complex geometries. In many cases, these delicate or sophisticated parts can’t be subjected to the mechanical stresses associated with conventional machining processes. Lasers, which can cut, texture and weld a part without making contact with it, are uniquely poised to handle these special applications.