Disposable Bending Section OD3.9ID3.5L65mm Bidirectional Product Details

Product Overview

This ultra-fine, small-diameter bidirectional disposable bending section is a core steering component for miniature flexible endoscopes. It adopts an integrated precision joint structure; its extremely fine diameter is suitable for minimally invasive exploration of narrow cavities, and its single-use design prevents cross-infection. It has a regular structure and is suitable for standardized batch assembly production.

Specifications

Outer diameter: 3.9mm, ultra-fine small diameter, suitable for minimally invasive interventional exploration of extremely narrow cavities

Inner diameter: 3.5mm, high-clearance lumen, can accommodate functional components such as imaging, light guide, and water/air

Bending length: 65mm, short and precise travel, suitable for fine local exploration

Bending length: 65mm

Product Features

1、Ultimate minimally invasive small diameter: 3.9mm ultra-fine outer diameter, suitable for various precise and narrow cavities, with minimal interventional trauma and low discomfort.

2、High-utilization lumen: 3.5mm inner diameter, maximizing reserved internal space at a small size to meet multi-function integration needs.

3、Stable bidirectional steering: precision joint structure, smooth upward and downward bending without jamming, precise control, and a stable exploration field of view.

4、Medical disposable standard: compliant materials, single use, fundamentally avoiding the risk of cross-infection, suitable for clinical scenarios.

5、Strong mass-production adaptability: standard positioning and wire-threading slots are reserved, assembly is simple, product consistency is high, and it is suitable for large-scale production.

6、Low-resistance smooth outer wall: smooth and wear-resistant surface, smooth insertion and withdrawal into cavities, effectively reducing friction damage to the cavity.

Product Advantages

Ultra-fine minimally invasive, small diameter with large lumen, precise bidirectional steering, stable structure, medical safety, easy batch assembly