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These are primarily used in medical endoscopic equipment, industrial borescope inspection systems, or other applications that require high flexibility and reusability after sterilization. Their functions and features likely include:
Guiding endoscopic tools or lenses: Serves as the main conduit in endoscopic systems, allowing optical lenses, imaging cables, or micro surgical instruments to pass through.
Flexible design for easy bending: Suitable for navigating tight spaces inside the human body or mechanical equipment.

These are primarily used in medical endoscopic equipment, industrial borescope inspection systems, or other applications that require high flexibility and reusability after sterilization. Their functions and features likely include:
Guiding endoscopic tools or lenses: Serves as the main conduit in endoscopic systems, allowing optical lenses, imaging cables, or micro surgical instruments to pass through.
Flexible design for easy bending: Suitable for navigating tight spaces inside the human body or mechanical equipment.

It commonly used in medical endoscopic systems or industrial borescope inspection devices. Its main purposes include:
Instrument passage channel: Allows medical instruments (such as biopsy forceps, electrosurgical tools, injection needles, etc.) to pass through the tube and enter the body for diagnostic or therapeutic procedures.
Highly flexible metal structure: The spiral metal design provides excellent flexibility and pushability, ensuring smooth operation even in curved paths.
Durable and dimensionally stable: Designed for repeated use, maintaining a stable inner diameter to ensure instruments can pass through without obstruction.
Commonly used in flexible endoscopes (such as gastroscopes, colonoscopes): Acts as a critical component for therapeutic intervention.

Product advantages:
Low friction coefficient
Excellent chemical resistance
Strong flexibility, high tensile strength
Withstand temperatures up to 260°C
Parameters:
PTFE extrusion WT0.02mm
PTFE dip coating WT0.005mm
Applicable to:
Cardiovascular intervention | endoscopy | neurosurgery

Multi stage hardness differentiation, multi-layer reinforced structure, Smooth surface.
Three layer composite braided tube cavity structure
The inner layer is made of spring winding technology
The middle is the weaving process
The outer layer is made of materials such as PEBAX, PA, TPU, PVC, etc

Ventilator Tubing: Connects patients to respiratory systems to deliver oxygen or air.
Suction or Drainage Tubes: Used for removing fluids during surgery or inpatient care.
Anesthesia Equipment: Transfers anesthetic gases to patients.

Adaptive instruments: lithotomy basket, electronic soft mirror channel, wire guide tube cavity, interventional sheath tube, puncture tool, etc.
Advantage features:
PI materials have excellent strength, temperature resistance, thermal stability, and maintain their performance even at small sizes. The braided reinforcement can enhance the pressure resistance and push ability of the pipe. PI braided pipe is a combination of the characteristics of both, is a torsion control, flexibility, strength, push excellent composite pipe material.

• Ultra-thin wall thickness, large inner cavity, high rigidity, strong support force, excellent insulation performance, flexible operation.
• The inner and outer layers are applied with high quality dip coating process.
Structure:
Three layer structure of pipe body
• The inner layer is PTFE or PI(polyimide) material.
• The middle layer is metal braided wire to strengthen the mesh layer.
• The outer layer is PI, Pebax, or PA.
Customized services according to customer requirements

Product advantages:
Thermal stability
Shock resistance
Excellent strength
Long-term temperature resistance 280°C, short-term temperature resistance 340°C
The braided reinforcement can enhance the pressure resistance and push ability of the pipe
Parameters:
Precision machining, wall thickness as low as 0.005mm
Applicable to:
Cardiovascular intervention | urology | electrophysiology

Product advantages:
Both hardness and toughness
Excellent chemical resistance and wear resistance
High crystallinity, better thermal stability
Long-term temperature resistance above 260°C, short-term temperature resistance of 320°C
Parameters:
The processing range is 0.2-15mm
Precision machining capacity WT: 0.02±0.005
Applicable to:
High temperature special field | artificial intelligence | surgical robot

Adaptive instruments: lithotomy basket, electronic soft mirror channel, wire guide tube cavity, interventional sheath tube, puncture tool, etc.
Advantage features:
PEEK (polyether ether ketone) plastic raw materials are aromatic crystalline thermoplastic polymer materials, with high mechanical strength, high temperature resistance, impact resistance, flame retardant, acid and alkali resistance, hydrolysis resistance, wear resistance, fatigue resistance, radiation resistance and good electrical properties.
Cavity structure:
Three layer structure of pipe body
• The inner layer is made of polymer material.
• The middle layer is PEEK woven wire to strengthen the mesh layer.
• The outer layer is polymer material.
Services can be customized according to customer requirements.

Advantage features:
Homemade PTFE material (low cost)
Tear easily
The tip of the canal is too round, and the puncture process will not damage the tissue

This tube is used as part of ERCP (Endoscopic Retrograde Cholangiopancreatography) procedures and is specifically designed for cholangioscopy:
Biliary Endoscope Insertion (Cholangioscopy):
o The tube is inserted into the bile duct to allow direct visual inspection.
o It helps diagnose conditions like bile duct stones, strictures, or tumors.
Therapeutic Biliary Procedures:
o Used as a channel to deliver instruments for stone extraction, biopsy, stent placement, or other interventions.
o Serves as a stable access route to the biliary tract.