Ultrasonic Lithotripsy Probe

The Ultrasonic Lithotripsy Probe is a specialized medical instrument designed for effective fragmentation of kidney, ureteral, and bladder stones during minimally invasive urological procedures. It uses high-frequency ultrasonic energy to break stones into smaller fragments, allowing for easier removal and improved patient outcomes.

Engineered for compatibility with ultrasonic lithotripsy systems, this probe provides reliable energy transmission and precise control during endourological and laparoscopic procedures. Its durable construction and efficient performance make it a trusted tool in hospitals, urology departments, and surgical centers.

Key Features & Benefits

High-Efficiency Ultrasonic Fragmentation

Uses ultrasonic energy to break urinary stones into fine fragments for easier extraction.

Precision Energy Delivery

Ensures controlled and accurate transmission of ultrasonic vibrations during procedures.

Minimally Invasive Treatment Support

Designed for use in endoscopic and laparoscopic stone removal procedures.

Durable Medical Construction

Made from high-quality medical-grade materials for long-term reliability.

Broad Clinical Compatibility

Compatible with a variety of ultrasonic lithotripsy systems.

Enhanced Procedural Efficiency

Helps reduce operative time and improve stone clearance rates.

Reliable Surgical Performance

Designed for consistent operation in demanding clinical environments.

Technical Specifications

Product Type: Ultrasonic Lithotripsy Probe

Technology: High-Frequency Ultrasonic Energy

Application: Stone Fragmentation

Specialty: Urology / Endourology

Compatibility: Ultrasonic Lithotripsy Systems

Material: Medical-Grade Construction

Reusable: Yes

Sterilizable: Yes

Intended Use: Endoscopic Stone Treatment Procedures

Applications

Kidney Stone Fragmentation

Ureteral Stone Treatment

Bladder Stone Removal

Endourology Procedures

Laparoscopic Stone Surgery

Percutaneous Stone Management

Hospital Urology Departments

Surgical Centers

Minimally Invasive Urology Procedures