Product Overview

 

Engineered for precision optical instruments, these digital endoscope parts provide reliable mechanical integration, high-resolution optical performance, and repeatable life-cycle durability. Components are supplied as interchangeable parts, sub-assemblies, and custom-machined modules designed for rigid and flexible endoscopes.

 

 
  • Imaging Module
    The Imaging module serves as the core imaging engine and decisive issue of digital video endoscopes, accountable for changing optical photographs into high-definition digital video signals.
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  • Electronic Endoscope Driver Board
    The electronic endoscope driver board serves as the central apprehensive device of the video endoscope and is mounted inner the manage unit. It is a multi-layer printed circuit board built-in with a microprocessor, reminiscence chips,...
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  • Insertion Tube
    It contains the core elements via the body's herbal cavities or small surgical incisions to safely attain the inner examination and remedy sites. It no longer solely protects the interior precision components however additionally lets...
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  • Biopsy Channel
    The Biopsy Channel's core characteristic is to permit diagnostic and therapeutic contraptions such as biopsy forceps and snare units to ignore easily from the manage section of the endoscope to the the front end, with low friction and...
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  • Light Guide Fiber Bundle
    The light guide fiber bundle is a mild transmission system for scientific endoscopes, appropriate for a number of inflexible endoscopes such as hysteroscopes, laparoscopes, arthroscopes, and ENT endoscopes.
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Product Types

 

Camera Head Modules

 

Ultra-compact CMOS sensors with integrated LED illumination, outer diameters ranging from 1.0mm to 8.5mm.

01

Angulation Control Mechanisms

Stainless steel control wires, tension coils, and precision-toothed spools for 2-way and 4-way articulation.

02

Light Guide Bundles

 

Coherent fiber optic bundles and multi-strand illumination fibers with high transmission efficiency.

03

Insertion Tube Assemblies

 

Multi-layer braided stainless steel mesh tubes coated with polyurethane or PTFE liners.

04

Waterproof Electrical Connectors

Gold-plated multi-pin connectors rated for repeated fluid immersion and electrical isolation.

05

 

Specifications & Compatibility

Component Type

Dimensional Range

Core Material

Key Performance Metric

Compatibility Profile

Micro Camera Module

Outer Diameter: 1.2mm - 10.0mm

Titanium Alloy / Stainless Steel

Resolution: Up to 1080P; FOV: 120 deg

Standard video processors

Angulation Wire

Diameter: 0.3mm - 0.9mm

Stainless Steel / Tungsten

Tensile Strength: >1200 MPa

Standard mechanical control drums

Insertion Tube

Length: 500mm - 3500mm

PU / PTFE with Steel Braid

Minimum Bending Radius: 15mm

Fluid-channel and non-channel scopes

Light Guide Fiber

Fiber Diameter: 30 um - 50 um

Quartz Glass Fiber

Numerical Aperture: 0.55

Halogen and LED light source units

 

Electronic Endoscope Driver Board

 

Applications

Medical Diagnostic Endoscopes: Gastrointestinal scopes, bronchoscopes, cystoscopes, and laparoscopes requiring biocompatible materials and sterilization resistance.


Industrial Borescopes & Video Probes: Remote visual inspection tools used for turbine engine evaluation, aerospace checks, and petrochemical weld testing.


Surgical Robotic Vision Systems: High-definition micro-camera integration for robotic-assisted minimally invasive instruments.

 

Materials / Construction / Function
 

Micro-Machining

CNC Swiss-type turning centers achieve dimensional tolerances down to +/-0.005 mm for microscopic housing components.

Sealing Technology

Laser welding and UV-curing epoxies form hermetic seals, protecting internal electronics from fluid ingress up to IP68.

Surface Treatment

Passivated stainless steel and anodized aluminum finishes prevent oxidation and resist chemical degradation during disinfection protocols.

Signal Transmission

Micro-coaxial wiring harnesses are shielded to eliminate electromagnetic interference and ensure stable digital image transfer.

 

Sterilization & Compatibility
 

Autoclave Resistance: Components utilized in reusable medical devices withstand steam sterilization cycles at 134 deg C and 0.21 MPa for a minimum of 100 cycles without optical degradation.

 

Chemical Immersion: Compatible with standard hospital chemical disinfectants, including glutaraldehyde, hydrogen peroxide plasma, and peracetic acid.

 

Adhesive Integrity: Epoxy joints maintain bond strength and prevent delamination under thermal shock conditions from room temperature to autoclave operating thresholds.

 

Quality Control & Testing Facilities

 

1

Optical Testing

100% automated optical inspection evaluates resolution charts, distortion, and color uniformity using custom collimator test benches.

2

Dimensional Inspection

Key mating features measured via 2.5D optical image projectors and laser micrometer systems.

3

Leak Testing

Pneumatic pressure decay testing verifies hermetic seal integrity on assembled camera heads and insertion tubes prior to packaging.

4

Fatigue Testing

Articulation cables undergo cyclical bending test rigs exceeding 10,000 cycles to verify tensile fatigue thresholds.

 

OEM / Customization Capabilities

Dimensional Adaptations

Custom outer diameters, working lengths, and pin-out configurations matched to proprietary handle designs.

Sensor Integration

Support for specific CMOS sensor chips, customized focal lengths, and bespoke LED color temperatures.

Documentation Support

Provision of material test reports, biocompatibility test summaries, and full lot traceability documentation upon request.

 

 

FAQ

 

Q: What is the minimum order quantity for custom-engineered camera head modules?

A: Standard catalog components have a minimum order quantity of 50 units. For fully customized micro-camera modules requiring specific printed circuit board layouts or sensor variants, prototype quantities typically start at 10 to 20 units for initial evaluation.

Q: Are these endoscope parts compliant with medical regulatory standards?

A: Components intended for medical applications are manufactured using biocompatible raw materials conforming to standard biological evaluation requirements. Material certificates and documentation are provided to support customer technical file submissions.

Q: How is the waterproof integrity of camera modules ensured during mass production?

A: Every assembled camera module undergoes a 100% pneumatic leak test using helium or dry air decay testing equipment. Additionally, random samples from each production lot are subjected to water immersion tests under simulated hydrostatic pressure.

Q: What is the typical lead time for prototype tooling and sample delivery?

A: Standard components stocked in inventory ship within 3 to 5 business days. Custom mechanical parts, such as machined housings or specialized angulation drums, generally require 15 to 25 business days for prototype fabrication and optical alignment.

Q: Can these components withstand repeated high-pressure steam sterilization?

A: Yes. Parts specified for reusable medical devices are constructed from autoclavable polymers, surgical-grade stainless steel, and high-temperature optical epoxies rated for standard hospital steam autoclave cycles at 134 deg C.

Q: What documentation is supplied with each shipment?

A: Each shipment includes a Certificate of Analysis, dimensional inspection report for critical tolerance dimensions, and material mill test certificates. Full batch traceability records are maintained for a minimum of 5 years.

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