Catheter Braiding Machine
MB catheter braiding machines are expertly engineered to produce braid-reinforced catheter shafts utilised in a variety of medical applications, including Interventional Vascular procedures, Neurovascular interventions, Electrophysiology, Endo-surgery, Diagnostic imaging, and other minimally invasive medical procedures. The innovation behind these machines enhances the performance of medical devices, ensuring patient safety and efficacy during surgical operations. For example, the flexibility and durability provided by the braiding process significantly reduce the risk of catheter breakage during complex procedures, ultimately improving patient outcomes.
Catheter Braiding Machine
MB catheter braiding machines are designed for producing braid-reinforced catheter shafts used in Interventional Vascular, Neurovascular, Electrophysiology, Endo-surgery, Diagnostic, and other minimally invasive medical procedures.
Key Features and Benefits:
- Full Servo-Control System: Provides up to 10 segments of variable PPI braiding, optimizing performance characteristics such as pushability, stiffness, torque response, flexibility, kink resistance, and pressure resistance.
- Versatile Horizontal Layout: Suitable for both single-strand braiding and continuous production, offering flexibility in manufacturing.
- Scalable Structure: Allows for easy integration of additional functional modules to meet evolving production needs.
- Wide Application Range: Ideal for vascular interventions, electrophysiology treatments, endoscopic surgeries, and various other medical device manufacturing needs.
Specifications:
- Braiding Materials:
- Wire (round and flat): Stainless Steel, Copper, Nitinol, Titanium, Platinum, Cobalt Chromium, and more.
- Fibers: Nylon, Polyester, Dyneema, Kevlar, Vectran, Spectra, PET, PEN, PP, PEEK, and others.
- Material Size: Starting from φ0.0125mm (0.0005″).
- Braiding PPI: 10–300 PPI, with variable PPI options for gradual or abrupt transitions.
- Output Speed: Up to 600 picks per minute.
