Medical Braiding Machines

Especially in medical implantable device manufacturing, braided structures provide exceptional flexibility, fatigue resistance, and dimensional stability, making them indispensable for modern biomedical engineering.

In addition to stent frameworks and catheter reinforcement layers produced on Medical Braiding Machines, guidewire reinforcement braids and micro-braided tubular structures can also be manufactured. In sectors such as interventional cardiology, neurology, and minimally invasive surgery, traditional solid reinforcement methods are increasingly being replaced by braided nitinol or braided polymer micro-tubes, utilizing a wide range of high-precision braiding patterns.

Different braided constructions are used for catheter reinforcement, implantable stent structures, steerable device shafts, and high-precision micro-tube applications.