1

1

Laser Welding Machine for Medical Braided Catheters

Laser Welding Machine for Medical Braided Catheters

Specifically designed and customized for the development of implantable interventional medical devices, it supports precision fusion welding of various medical braided catheters. Two models are available: floor-standing and desktop. The standard travel of the floor-standing model is 300×100×300 mm, accommodating different production line layouts. The equipment features outstanding core precision machining capabilities, enabling ultra-fine wire diameter/narrow-gap welding at 25 μm. Laser processing generates an extremely small heat-affected zone, effectively preventing deformation and oxidation of thin-walled medical tubing and fine braided structures, thereby ensuring biocompatibility and high first-pass yield of medical products. The entire system employs a maintenance-free laser optical path, ensuring stable and durable operation. Its intuitive visual interface is easy to learn, significantly reducing labor costs. Having undergone mass-production validation across multiple interventional device types and backed by mature real-world applications, it is suitable for welding and processing all categories of medical braided tubings, including vascular catheters and minimally invasive implantable consumables, making it a core piece of automated equipment for precision welding in the medical device industry.
  • 产品描述
  • Specifically designed and customized for the development of implantable interventional medical devices, it enables precision fusion bonding with various medical braided catheters. Two models are available: floor-standing and desktop. The standard travel dimensions of the floor-standing model are 300×100×300 mm, accommodating diverse production line layouts.
    The equipment boasts exceptional precision machining capabilities, enabling welding of ultra-fine wires and narrow seams with a diameter of 25 μm. Its laser processing generates an extremely small heat-affected zone, effectively preventing deformation and oxidation of thin-walled medical tubing and micro‑woven structures, thereby ensuring the biocompatibility of medical devices and high first‑pass yield.
    The entire system features a maintenance-free laser optical path, ensuring stable and durable operation. Its intuitive, visual interface is easy to learn, significantly reducing labor costs. Having undergone mass-production validation across multiple interventional devices and backed by proven real-world applications, it supports the welding and fabrication of all types of medical braided tubing—including vascular catheters and minimally invasive implantable consumables—making it a core piece of equipment for automated precision welding in the medical device industry.