
Disposable Endoscope Sheath
Different material solutions and processing techniques to meet your needs for various scenarios
Features
- Customization capability
- High cost-effectiveness
- Stable and mature process
- Reliable delivery
Quality guaranteed
Our material formulations ensure adjustable softness and hardness; our processes significantly reduce surface friction coefficient; our testing guarantees material biocompatibility
- More info
Product Overview:
While ensuring product performance, we have improved the production process to achieve efficient manufacturing and ensure product stability. Customization of various materials and different specifications is supported.
Structure Introduction:
Outer Sheath
Material: Standard TPU, PVC, PE, or TPE.
Structural Reinforcement Layer
Material: Engineering plastic monofilament (such as PEEK, PET), synthetic fiber, or low-cost metal wire.
Liner and Channel
Material: High-density polyethylene (HDPE), polypropylene (PP), or low-cost PTFE.
Process Introduction:
Co-extrusion
Simultaneously extruding the outer sheath material and inner channel material to form a single composite tube with multiple lumens in one step.
Advantage: The friction coefficient meets requirements, achieving a balance between functionality and economy.
Simplified Reinforcement
Using plastic reinforcement filaments directly woven.
Integrated Injection Molding
Instead of using metal machined parts for hose end connectors, the fittings are directly molded onto the hose ends through precision injection molding. Multiple parts are integrated into one, greatly reducing assembly steps and the number of components.
Automated Assembly & Testing
The entire production line is designed for high automation, minimizing manual intervention.
Most tests are fully automated online tests (such as airtightness on-off testing), with fast speed and stable product performance.