Advanced Pneumatic Lithotripter
The Advanced Pneumatic Lithotripter is designed for efficient stone fragmentation in urology. With its unique stock count feature and precise electro-pneumatic system, this device is ideal for the removal of kidney, bladder, and ureter stones. It helps reduce operative time, making procedures faster and safer.
The Advanced Pneumatic Lithotripter is a state-of-the-art device designed to offer superior stone fragmentation in urological procedures. This innovative machine provides precise and efficient stone removal for kidney, bladder, and ureter stones. Equipped with a stock count system, the device helps doctors monitor the number of pulses during a procedure, optimizing time and reducing the overall operation duration.
The system operates using compressed dry air or oxygen, allowing for flexibility and easy integration into various clinical environments. The electro-pneumatic device ensures quick and safe fragmentation with minimal risk of thermal injury. Its compact design makes it easy to handle and maneuver, while its user-friendly interface requires no maintenance, lowering the long-term costs of operation.
The Advanced Pneumatic Lithotripter is an ideal choice for professionals seeking a reliable, efficient, and precise tool for stone removal in urological procedures.
Key Features:
- Efficient and precise electro-pneumatic device for stone fragmentation.
- Stock count system to monitor pulse usage and reduce operative time.
- Suitable for kidney, bladder, and ureteric stone removal.
- Minimal risk of thermal injury during procedures.
- Compact and mobile design for easy setup and use.
- User-friendly interface with no maintenance required.
- Operates on compressed dry air or oxygen for operational flexibility.
- High-quality LED display for easy monitoring.
The Advanced Pneumatic Lithotripter is a highly efficient and user-friendly device designed for the fragmentation of kidney, bladder, and ureter stones. With its precise electro-pneumatic system and innovative stock count feature, it enhances procedural efficiency, reduces operative time, and ensures safety during urological procedures.
