Laser Cutting & Drilling

As medical devices shrink to navigate tiny, complex anatomical pathways, the manufacturing tolerances required to produce them have reached the sub-micron scale. Components like neurovascular catheters, bioresorbable stents, and implantable drug delivery pumps demand features so small that traditional machining methods can no longer handle them efficiently without compromising material integrity.
 

Historically, medical device manufacturing relied on traditional mechanical blade cutting. But mechanical cutting introduces physical stress, contamination risks, and structural deformation to fragile components.