Nano Powder Synthesis proudly presents Urolit, a cutting-edge lithotripter that stands at the forefront of innovation in kidney stone treatment. Urolit is a new-generation lithotripter designed to transform the way we address kidney stones, utilizing groundbreaking technology that harnesses the power of nano-electropulses. Say goodbye to traditional methods and welcome a new era of efficiency, precision, and patient comfort.

Introducing Urolit – Revolutionizing Kidney Stone Treatment

Nano-Electropulse Technology:

Urolit is not just another lithotripter – it's a game-changer. With its innovative nano-electropulse technology, this device generates precise pulses at the nanoscale, enabling targeted fragmentation of kidney stones. The specificity of these pulses ensures minimal impact on surrounding tissues, reducing the risk of collateral damage and enhancing overall safety.

Precision and Accuracy:

Unlike traditional antimicrobial agents, the nano-metal particles in VitaRenova prevent the development of bacterial resistance. This ensures that the bandages maintain their unparalleled effectiveness over time, providing consistent and reliable protection against infections.

Reduced Treatment Time:

Urolit's advanced technology translates into shorter treatment sessions. The nano-electropulses efficiently disintegrate kidney stones, reducing the overall time patients spend undergoing lithotripsy. This not only improves the patient experience but also allows healthcare providers to enhance their workflow and serve more patients.

Enhanced Patient Comfort:

Urolit prioritizes patient comfort throughout the treatment process. The targeted nature of nano-electropulses minimizes discomfort and accelerates the natural passage of stone fragments, reducing post-treatment recovery time. Patients can now experience lithotripsy with less pain and a quicker return to their daily lives.

Versatility and Adaptability:

Urolit is designed to accommodate various stone compositions and sizes. Its versatile technology ensures effective treatment across a spectrum of kidney stone types, providing healthcare professionals with a reliable tool for diverse patient cases.

User-Friendly Interface:

The Urolit lithotripter features an intuitive user interface, making it easy for healthcare professionals to operate and monitor the treatment process. The user-friendly design enhances overall efficiency, allowing practitioners to focus on patient care.

Reliability and Durability:

Built with quality and longevity in mind, Urolit is a durable and reliable lithotripter. Its robust construction ensures a long lifespan, providing healthcare facilities with a cost-effective solution for kidney stone management.

Operational Principles

Urolit works via nanoelectroimpulses. The basis of nanoelectropulse destruction of solids is as follows: a high-voltage voltage pulse with a duration of ~ 10²-10³ nanoseconds acts directly on the destruction object, forming an electric discharge channel in it. The subsequent expansion of the channel in the solid leads to the appearance of shear and tensile (breaking) stresses in it, which contributes to its effective destruction.

The main difference between the nanoelectropulse method and the electrohydraulic method is that the destructive energy is released directly in a solid body (stone), and not in a liquid medium. The main disadvantage of the electrohydraulic method in relation to the destruction of organomineral stones is the inefficient use of the main energy carrier - the primary shock wave. The main destructive effect is due to secondary factors - the creation of tensile stresses, the hydraulic pressure of the working fluid, and the collisions of particles in the hydroflow. Thus, the destruction of stones with equal energy in the discharge channel is more effective by the nanoelectropulse method than by the electrohydraulic one. The results of the studies also revealed that, with a comparable efficiency of the destruction of stones by nanoelectropulse and electrohydraulic CLT, the process of nanoelectropulse CLT takes place at lower values of the total energy and the number of pulses

Due to the fact that the destruction of the stone occurs when energy is released in its volume, this leads to a significant decrease in the likelihood of injury to living tissue and damage to urological equipment, in particular the structural elements of the lithoextractor and endoscope.

Urolit