• Precise flanging structure , achieve stress-free rigid connection

• Excellent bending and torsional rigidity , ensures stable equipment control

• Ultra-fine inner diameter and smooth surface,optimize fluid and instrument passability

• Custom adaptation capability , meet the demands of diverse medical scenarios

FAQs:

Q: What is the main function of the flared design? What points in traditional straight tube connections can it solve?

A: The core function of the flared design is to provide stress-free rigid connection. Through the outward flare structure, it achieves a tight press-fit engagement with mating components (e.g., connectors, flanges), creating a seamless transition. Compared to traditional straight tubes, it effectively distributes stress concentration at the joint, preventing interface loosening or micro-leakage caused by thermal expansion/contraction or mechanical vibration, significantly enhancing system sealing and long-term stability.

Q: How are the dimensions and angle of the flare controlled? Is non-standard customization supported?

A: Our flared tubes are manufactured using high-precision stamping or spinning processes, with the flare height, outer diameter, and taper angle strictly controlled by precision dies and 100% inspected, ensuring compliance with dimensional accuracy requirements under ISO 10993 biocompatibility standards. Additionally, we fully support non-standard customization; we can adjust the flare angle (e.g., 45°, 60°, 90°), wall thickness gradient, and overall tube length based on customer drawings or samples to meet diverse device design requirements.

Q: In medical applications, how does the flared tube ensure sealing and compatibility with mating components?

A: Both the inner and outer walls of the flared tube undergo precision polishing or electropolishing, with surface roughness controlled to extremely low levels, ensuring low-friction engagement​ with O-rings, gaskets, or mating tubes. Meanwhile, the smooth chamfered edge​ of the flare prevents scratching or micro-cracking during assembly. Combined with high concentricity (typically ≤0.05mm)​ of the tube body, it ensures zero leakage, no noise, and no wear​ under high-pressure or dynamic operations, perfectly suiting the fluid/instrument transmission needs of catheter systems, endoscopic channels, or minimally invasive devices.