Passive Bending OD5.6ID5.3L75mm Bidirectional Product Details

Product Overview

This ultra-fine bidirectional passive bending section is a core component dedicated to miniature flexible endoscopes. It adopts a precision integrated joint structure, and its ultra-fine tube diameter is suitable for extreme minimally invasive scenarios. It relies on external force to passively deform and conform to the lumen, offering stable structure and excellent passability, and is suitable for mass complete-unit assembly.

Specifications

Outer diameter: 5.6mm, ultra-fine tube diameter, suitable for minimally invasive exploration in extremely narrow lumens

Inner diameter: 5.3mm, extra-large clear lumen, can integrate components such as imaging, light guide, and water/air channels

Bending length: 75mm, suitable for routine exploration travel, with good deformation conformity

Bending mode: bidirectional passive bending

Product Features

1、Ultra-fine minimally invasive tube diameter: 5.6mm extremely small outer diameter, suitable for precision narrow-lumen exploration, greatly reducing interventional trauma and discomfort.

2、Ultra-high inner diameter design: ID5.3mm large inner diameter, extremely high space utilization at the same size, meeting the integration needs of multi-functional components.

3、Passive conformal deformation: bidirectional flexible bending, can adaptively conform to the lumen contour, exploration without blind spots, high passability.

4、Stable and durable structure: precise joint connection, smooth deformation and rebound, no looseness, no jamming, strong complete-unit stability.

5、Standardized assembly structure: reserved precise positioning and assembly grooves, easy assembly, high product consistency, suitable for mass production.

6、Smooth low-resistance outer wall: smooth and wear-resistant surface, smooth advancement and retraction in the lumen, effectively reducing tissue friction damage.

Product Advantages

Ultra-fine minimally invasive, ultra-high inner diameter, bidirectional passive conformity, stable deformation, high passability, easy mass-production assembly