Bipolar TURP Working Element
The Bipolar TURP Working Element is designed for advanced transurethral resection procedures using bipolar energy. Unlike traditional monopolar systems, it operates with a saline solution as the distension medium, ensuring enhanced safety and efficiency. The device enables precise prostate and bladder tissue removal, making it a reliable instrument for urological surgeries.
The Bipolar TURP Working Element is a state-of-the-art surgical instrument used in transurethral resection of the prostate (TURP) procedures. This advanced system utilizes a bipolar energy source, allowing for precise tissue resection without the current passing through the patient’s body. Instead, the electrical current is confined to the cutting electrode, with saline solution (NaCl) acting as a conductive medium. This significantly reduces the risk of complications, ensuring improved patient safety.
Designed for seamless compatibility, the working element is used with a 4mm, 30-degree telescope and a rotatable sheath to provide superior maneuverability. Its high-quality, non-toxic construction ensures durability and reliability in surgical settings. With its accurate dimensions and advanced configuration, the Bipolar TURP Working Element is a vital tool for urology professionals performing prostate and bladder resection procedures.
Key Features:
- Designed for efficient and precise prostate and bladder resection.
- Uses bipolar energy with saline solution as the conductive medium.
- Compatible with a 4mm, 30-degree telescope.
- Works seamlessly with a rotatable sheath for enhanced maneuverability.
- Constructed with non-toxic, high-quality materials for patient safety.
- Accurate dimensions ensure smooth and controlled surgical handling.
- Advanced configuration supports reliable operation during procedures.
Types of Working Elements:
- Active Working Element
- Passive Working Element
The Bipolar TURP Working Element is an advanced surgical instrument designed for safe and effective prostate and bladder resection. Using bipolar energy with saline as a conductive medium, it enhances surgical precision while reducing patient risk, making it an essential tool in modern urological procedures.
