
Riveted Bidirectional Bending Section Assembly OD3.8*ID3.5*L27.5mm
Riveted Bidirectional Bending Section Assembly OD3.8*ID3.5*L27.5mm
Precision metal component made to your drawings for endoscopy and interventional devices. Contact us for material, tolerance and OEM requirements.
- ISO 13485
- Low MOQ
- Quick Respond
- Samples in 7–15 Days
Product Description
Riveted Bidirectional Bending Section Assembly OD3.8ID3.5L27.5mm Product Details
Product Overview
The precision riveted bidirectional bending section assembly is a core steering component for ultra-slim endoscopes. It uses an integrated riveting process, with firm joints that are not easy to loosen. It is slim and compact, offers precise steering, and has high dimensional consistency, making it suitable for precision endoscope assembly and long-term use.
Specifications
Outer diameter: 3.8mm, ultra-slim diameter, good passage through narrow cavities
Inner diameter: 3.5mm, large lumen, supports integration of imaging, light guide, and other components
Bending length: 27.5mm, short precise travel, suitable for fine local exploration
Bending mode: bidirectional up/down steering
Process: precision riveting forming
Product Features
1、The riveted structure is stable, with tight joints that are not easy to deform and strong durability.
2、3.8mm ultra-slim tube diameter, suitable for narrow cavities, with excellent interventional passability.
3、Large clear inner bore, high space utilization, supports multi-function integration.
4、Bidirectional steering is smooth and precise, without jamming, and the field of view is stable.
5、Short travel enables precise positioning, and exploration is stable without deviation.
6、High dimensional accuracy and consistency, suitable for precision mass-production assembly.
Product Advantages
Stable riveting, ultra-slim diameter, large lumen, precise bidirectional steering, precise positioning, easy assembly
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An ISO13485-certified company with a class-10,000 cleanroom, offering one-stop laser machining for endoscope bending sections, hypotubes and semiconductor precision components — from design optimization to volume delivery.