Lithotripters

Essential therapeutic devices that utilize targeted energy to fragment kidney stones (renal calculi) and other urinary tract stones non-invasively or minimally invasively. This category includes extracorporeal shock wave lithotripters (ESWL), which deliver focused acoustic shock waves from outside the body, as well as intracorporeal laser and ultrasonic lithotripters used during endoscopic procedures. These systems break stones into small, passable pieces, providing a key treatment option for urolithiasis that often avoids the need for open surgery. Ideal for hospital urology departments, freestanding stone treatment centers, and ambulatory surgery centers.

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Lithotripter (ESWL Systems) Amaris Medical
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ESWL Lithotripter Systems

 A ESWL Lithotripter Systems is a non-invasive surgical device that uses focused, high-energy acoustic shock waves generated outside the body to fragment kidney and upper ureteral stones. The patient lies on a table while integrated imaging (fluoroscopy/ultrasound) is used to target the stone precisely at the shock wave focal point. Treatment success depends on stone size, location, and composition. While avoiding surgical incisions, the procedure requires meticulous safety protocols to manage risks such as renal injury, bleeding, and radiation exposure. It is a capital-intensive, fixed equipment system that defines the modern, non-invasive approach to urolithiasis.
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Holmium Laser System Amaris Medical
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Holmium Laser System

 A Holmium Laser System is a versatile, high-power Class IV surgical laser that emits at a 2120 nm wavelength, which is highly absorbed by water and biological tissue. It is the gold-standard tool in urology for laser lithotripsy (stone dusting/fragmentation) and advanced soft tissue procedures like prostate enucleation (HoLEP) and tumor ablation. Its energy is delivered via flexible silica fibers through endoscopes, enabling precise cutting, ablation, and coagulation with excellent hemostasis in a fluid environment. Strict laser safety protocols—including mandatory 2120 nm eyewear, fiber inspection, and controlled activation—are non-negotiable for its safe operation in the OR.
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