SS Monopolar Resectoscope TURP Working Element, Advin

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SS Monopolar Resectoscope TURP Working Element, Advin

Price 550 USD ($)/ Piece

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MOQ : 1 Piece

SS Monopolar Resectoscope TURP Working Element, Advin Specification

Features
Corrosion Resistant, Autoclavable, Durable Handle

Instruments Type
Urological Surgical Instrument

Storage Instructions
Store in Clean, Dry Condition

Accuracy
High Surgical Precision

Shelf Life
Long (Life Depends on Usage and Maintenance)

Usage Type
Reusable

Function
Resection and Coagulation in TURP

Equipment Type
Monopolar Resectoscope TURP Working Element

Material
Stainless Steel (SS)

Condition
New

Technology
Monopolar Technology

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent Operation

Operating Type
Manual

Use
For Transurethral Resection of Prostate (TURP)

Power Source
Electrosurgical Unit (External)

Dimension (L*W*H)
Standard Medical Dimensions

Weight
Compact/Lightweight

Color
Silver

Length
Approx. 270 mm

Sterilization
Autoclavable at standard temperatures

Application Area
Urology, Prostate Surgery

Compatibility
Compatible with standard monopolar electrosurgical systems

Instrument Finish
Smooth Finish for Easy Cleaning

Grip/Handle Type
Ergonomically designed handle for comfortable control

About SS Monopolar Resectoscope TURP Working Element, Advin

Enables simultaneous cutting and coagulation using bipolar energy

Enhances patient safety by eliminating grounding pads
Fully compatible with bipolar resectoscope systems
Autoclavable and reusable for repeated sterile use
Provides ergonomic control and superior surgical precision

Designed for Precision and Comfort

The Advin Monopolar Resectoscope TURP Working Element is crafted for urologists seeking precise cutting and coagulation. With a length of approximately 270 mm and an ergonomic handle, surgeons experience optimal control and low fatigue. Its lightweight, balanced form factor makes it ideal for prolonged procedures.

Seamless Compatibility and Maintenance

This monopolar working element integrates effortlessly with standard monopolar electrosurgical systems, ensuring consistent, reliable performance. Its smooth stainless steel finish not only promises enhanced corrosion resistance but also allows straightforward, thorough cleaning after use. Maintenance is simplified by its autoclavable design.

FAQs of SS Monopolar Resectoscope TURP Working Element, Advin:

Q: How is the SS Monopolar Resectoscope TURP Working Element used during surgery?

A: The instrument is primarily utilized for transurethral resection of the prostate (TURP) procedures. Surgeons use it to resect and coagulate prostate tissue, benefiting from its precise control, ergonomic grip, and silent operation.

Q: What are the compatibility requirements for this TURP working element?

A: The working element is compatible with standard monopolar electrosurgical systems, making it adaptable to most commonly used external electrosurgical units found in modern operating rooms.

Q: When should this instrument be sterilized, and what is the recommended process?

A: It should be sterilized after each use to ensure patient safety. The recommended process is autoclaving at standard medical temperatures, which effectively maintains its hygiene and integrity over repeated procedures.

Q: Where should the resectoscope working element be stored when not in use?

A: For optimal durability, the instrument should be stored in a clean, dry environment, away from corrosive substances or excess moisture, preserving its stainless-steel construction and shelf life.

Q: What are the key benefits of using this resectoscope working element in TURP?

A: Benefits include enhanced surgical precision, durable construction, corrosion resistance, easy cleaning, and a comfortable ergonomic handle that reduces hand fatigue during lengthy procedures.

Q: How can users ensure the longevity and accuracy of this surgical instrument?

A: Regular maintenance like prompt cleaning, correct sterilization, and appropriate storage in clean and dry conditions will help preserve both the functional accuracy and overall lifespan of the instrument.