About Laser Working Element Advin
Laser TURP Procedure is an advance technique to remove prostate by Holmium Laser. Laser TURP procedure is a surgical technique available for the treatment of urinary symptoms due to benign enlargement of the prostate (BPH).
During transurethral resection of the prostate (TURP), an instrument is inserted up the urethra to remove the section of the prostate that is blocking urine flow. TURP SET used in Benign prostatic hyperplasia (BPH).
Laser TURP Procedure also known as Holmium Laser Enucleating of the Prostate (HoLEP), Laser Resectoscopy.
Laser working Element compatible with 600 Micron and 800 Micron.
Advance Features:
- More effective compare to Monopolar and Bipolar TURP.
- Recovery very fast & Less hospitalization.
- Suitable for men with prostates of any size.
- Can be used in patient who are taking blood thinners (eg. Aspirin warfarin).
- Designed to provide excellent utility.
- Advanced configuration.
- Autoclavable.
Innovative Laser-Activated DesignEngineered for demanding surgical applications, the Advin Laser Working Element features a laser-permeable tip that ensures precise energy delivery. It is well-suited for procedures in urology, general surgery, and laparoscopy, enhancing precision and minimizing tissue damage.
Sterilization and ReusabilityThis element is fully autoclavable, allowing for effective sterilization between uses. Made from corrosion-resistant medical-grade stainless steel, it withstands repeated autoclave cycles, resulting in a long shelf life and maintaining its safety and performance.
User-Focused Handling and ComfortWith its ergonomic, non-slip grip, the Laser Working Element provides superior control and maneuverability during surgical procedures. Its lightweight, tube/probe form minimizes user fatigue, while its smooth, non-reflective finish ensures user comfort and precise performance even in demanding environments.
FAQs of Laser Working Element Advin:
Q: How is the Laser Working Element Advin sterilized after use?
A: The Advin Laser Working Element can be sterilized using a standard autoclave, ensuring complete decontamination between surgical procedures. Always follow manufacturer and hospital protocols for optimal safety and device longevity.
Q: What surgical specialties can utilize this laser working element?
A: This device is suitable for urology, general surgery, and laparoscopic operations, and is compatible with standard laser surgical units for a range of precise incision and cutting tasks.
Q: When should the Laser Working Element be replaced?
A: Regular inspection for wear or damage is essential. Replace the instrument if signs of corrosion, loss of precision, or compromised structure are detected, or according to scheduled maintenance guidelines.
Q: Where should the instrument be stored when not in use?
A: Store the instrument in a sterile, dry environment to preserve its medical-grade properties and ensure its ready for use in surgical procedures.
Q: What is the process for connecting the device to a laser generator?
A: Connect the Laser Working Element directly to compatible standard laser units as specified by the generators operational guidelines. Ensure all connections are secure before use for reliable performance.
Q: How does the ergonomic, non-slip handle benefit users during surgery?
A: The ergonomic and non-slip design offers surgeons a comfortable, secure grip, reducing hand fatigue and allowing accurate maneuvering during lengthy or delicate procedures.
Q: What are the primary benefits of using the Laser Working Element Advin?
A: The primary advantages include precise laser guidance, reliable sterilization, durable construction, ease of use, and compatibility with standard surgical laser systems, contributing to enhanced surgical accuracy and patient outcomes.