“Plazmatic” by ElePS in Urology: Plasma Energy for Resection, Enucleation, and Vaporization
03.07.2026
Modern urology is actively adopting minimally invasive endoscopic technologies that make it possible to perform complex procedures with high precision. One of the advanced solutions on the market is the “Plazmatic” high-frequency electrosurgical unit by ElePS. This system is specifically designed for use with bipolar electrodes in a liquid medium — NaCl solution — providing safe and effective treatment of urogenital conditions.
What Is “Plazmatic” and How Does Plasma Energy Work?
The operation of the “Plazmatic” unit is based on the use of plasma energy, which is formed in a narrow contact zone between the electrode and the tissue. Unlike traditional methods, this technology enables molecular tissue dissection — the destruction of tissue structures at the cellular level with minimal thermal impact.
Advantages of plasma-based tissue treatment:
Delicacy: no aggressive tissue burning.
Safety: reduced risk of burns and charring in the surgical area.
Precision: preservation of the functional integrity of adjacent vascular and nerve structures.
Key Capabilities of Molecular Dissection Technology
The “Plazmatic” unit allows the surgeon to remove tissue layer by layer while maintaining excellent visualization. This is critically important during endoscopic prostate procedures: the absence of excessive smoke and charring enables the physician to clearly navigate anatomical structures.
Thanks to instant coagulation, the use of the “Plazmatic” system significantly reduces blood loss, making transurethral procedures safer and more predictable.
Application of the “Plazmatic” Unit in Urological Practice
The ElePS system is versatile and suitable for a wide range of tasks as part of an endoscopic complex. The main applications include:
Plasma resection of prostate adenoma — conventional tissue removal using loop electrodes.
Plasma enucleation — controlled tissue separation using a cutting electrode with a guide.
Plasma vaporization — tissue “vaporization” using a mushroom-type electrode with simultaneous hemostasis.
Point coagulation — rapid bleeding control and treatment of the wound channel.
Benefits for the Clinic, Surgeon, and Patient
For the Surgeon
Controlled tissue effect: several power modes for different tissue types.
Ergonomics: an enlarged angled touchscreen for convenient control of settings during surgery.
Versatility: quick switching of modes and electrodes without the need to replace the main equipment.
For the Patient
Minimal trauma: reduced pain in the postoperative period.
Faster rehabilitation: shorter hospital stay due to effective hemostasis.
Safety: the use of physiological saline solution — NaCl — eliminates the risk of TUR syndrome.
Operating Modes and Technical Specifications
The unit supports flexible configuration of bipolar cutting and coagulation modules:
Bipolar coagulation: modes ranging from precision coagulation at 50 W to enhanced coagulation at 200 W.
Bipolar cutting: specialized modes for operation in NaCl solution up to 300 W and forced cutting up to 400 W.
What Is “Plazmatic” and How Does Plasma Energy Work?
The operation of the “Plazmatic” unit is based on the use of plasma energy, which is formed in a narrow contact zone between the electrode and the tissue. Unlike traditional methods, this technology enables molecular tissue dissection — the destruction of tissue structures at the cellular level with minimal thermal impact.
Advantages of plasma-based tissue treatment:
Delicacy: no aggressive tissue burning.
Safety: reduced risk of burns and charring in the surgical area.
Precision: preservation of the functional integrity of adjacent vascular and nerve structures.
Key Capabilities of Molecular Dissection Technology
The “Plazmatic” unit allows the surgeon to remove tissue layer by layer while maintaining excellent visualization. This is critically important during endoscopic prostate procedures: the absence of excessive smoke and charring enables the physician to clearly navigate anatomical structures.
Thanks to instant coagulation, the use of the “Plazmatic” system significantly reduces blood loss, making transurethral procedures safer and more predictable.
Application of the “Plazmatic” Unit in Urological Practice
The ElePS system is versatile and suitable for a wide range of tasks as part of an endoscopic complex. The main applications include:
Plasma resection of prostate adenoma — conventional tissue removal using loop electrodes.
Plasma enucleation — controlled tissue separation using a cutting electrode with a guide.
Plasma vaporization — tissue “vaporization” using a mushroom-type electrode with simultaneous hemostasis.
Point coagulation — rapid bleeding control and treatment of the wound channel.
Benefits for the Clinic, Surgeon, and Patient
For the Surgeon
Controlled tissue effect: several power modes for different tissue types.
Ergonomics: an enlarged angled touchscreen for convenient control of settings during surgery.
Versatility: quick switching of modes and electrodes without the need to replace the main equipment.
For the Patient
Minimal trauma: reduced pain in the postoperative period.
Faster rehabilitation: shorter hospital stay due to effective hemostasis.
Safety: the use of physiological saline solution — NaCl — eliminates the risk of TUR syndrome.
Operating Modes and Technical Specifications
The unit supports flexible configuration of bipolar cutting and coagulation modules:
Bipolar coagulation: modes ranging from precision coagulation at 50 W to enhanced coagulation at 200 W.
Bipolar cutting: specialized modes for operation in NaCl solution up to 300 W and forced cutting up to 400 W.
