Reducer Sleeve Type Laproscopic Instruments 5mm/10mm
Reducer, Sleeve type
- Attaches with 10mm troar and allows entry of 5mm instruments
- Ergonomic Design
- Autoclavable and Re sterilizable
Reducer Sleeve Type 5mm/10mm – Essential Laparoscopic Accessory
Reducer Sleeve is an important laparoscopic accessory that allows surgeons to convert a 10mm trocar port into a 5mm instrument port. The 5mm/10mm reducer ensures safe and precise insertion of smaller instruments during minimally invasive surgeries, improving overall surgical efficiency.
Features and Benefits of the 5mm/10mm Reducer
- Sleeve Type Design: Converts larger trocar ports to smaller instruments quickly and efficiently.
- Durable & Reusable: Made with surgical-grade stainless steel, suitable for repeated autoclaving.
- Universal Compatibility: Works with most standard 10mm laparoscopic ports.
- Precision Engineering: Reduces tissue trauma and ensures smooth insertion of instruments.
Applications in Surgery
The Reducer Sleeve Type 5mm/10mm is used for:
- General laparoscopic surgeries
- Gynecological minimally invasive procedures
- Bariatric surgery
- Any laparoscopic procedure requiring instrument size conversion
Why Choose Our Sleeve Type Reducer?
- Ensures precision and safety during laparoscopic procedures.
- Cost-effective due to reusable design.
- Smooth insertion minimizes tissue damage.
- Trusted internationally by surgeons for reliability.
Specifications
- Type: Reducer, Sleeve Type
- Size: 5mm/10mm
- Material: Surgical-grade stainless steel
- Reusable & Sterilizable: Autoclavable
FAQs About Reducer Sleeve Type 5mm/10mm
Q1: Can this reducer be reused?
Yes, it is fully reusable and designed for repeated autoclave sterilization.
Q2: What surgeries can this reducer be used for?
It is ideal for laparoscopic, gynecological, and bariatric minimally invasive procedures.
Q3: Does it fit standard 10mm trocar ports?
Yes, the 5mm/10mm sleeve fits most standard 10mm laparoscopic trocars.
Q4: How does the sleeve type design benefit surgery?
It allows smooth conversion of larger ports to smaller instruments, improving surgical efficiency and precision.
