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Primary bending section OD11.5*ID11.1*L60mm four-way multi-joint segmented bending section

Primary bending section OD11.5*ID11.1*L60mm four-way multi-joint segmented bending section

Primary bending section OD11.5*ID11.1*L60mm four-way multi-joint segmented bending section

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 Basic Specifications

  • Outer Diameter (OD): 11.5mm

  • Inner Diameter (ID): 11.1mm

  • Effective Length (L): 60mm

  • Bending Type: Four-way controllable bending (up/down/left/right)

  • Wall Thickness: 0.2mm

  • Structure: Multi-segment sectional snake bone

  • Product Attribute: Single-use bending section

Material and Process

  • Base Material: Medical-grade 304/316L stainless steel options available

  • Processing: Precision laser cutting + segmented riveting forming, with uniform joint clearance between segments

  • Surface: Passivation / electropolishing, deburring, laser marking supported

  • Tolerance Reference: ±0.02mm

Product Features

✅ Multi-segment design, smoother bending curvature, smooth four-way steering without sticking ✅ 0.2mm thin wall and large through-lumen, able to accommodate multiple instrument channels and wire harnesses ✅ Segmented joints distribute stress, meeting single-use surgical loads and not prone to loosening ✅ Independent four-way control, stable positioning, flexible field-of-view adjustment ✅ End tip can be welded with traction tabs, limit rings, and connection bases

Applications

Single-use medical endoscopes, flexible minimally invasive diagnostic and therapeutic instruments, and multi-channel single-use endoscope bending sections

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Start Your Medical Precision Metal Machining Project

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.

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