Surgical coagulators, ultrasonic generators and hybrid energy platforms
Modern energy-based surgical systems enable effective tissue dissection, coagulation, haemostasis and vessel sealing during open, laparoscopic and endoscopic procedures. Depending on the clinical requirements, electrosurgical coagulators, ultrasonic generators or hybrid platforms—which combine the advantages of different energy sources—are used for this purpose. Such solutions help to minimise blood loss, reduce the duration of operations and enhance patient safety and the comfort of the surgical team.
What are energy-based surgical systems?
Modern surgery is impossible without technologies that allow for controlled manipulation of tissues. To perform surgical procedures, doctors use energy-based surgical systems – specialised equipment that enables precise dissection, coagulation, haemostasis and vessel sealing. Regardless of the type of energy used, the main aim of such solutions remains the same: to minimise blood loss, enhance patient safety and improve the surgeon’s efficiency.
This ecosystem includes electrosurgical coagulators, ultrasonic generators and modern hybrid platforms. They address the same clinical challenges but utilise different mechanisms for energy transfer: high-frequency electrical current, ultrasonic vibrations or a combination of both. This is precisely why the choice of surgical energy source is determined not only by the technology, but also by the specific nature of the surgical procedure, the patient’s profile and the requirements for haemostasis.
What tasks do energy platforms address?
Modern haemostasis systems help surgeons perform a wide range of clinical tasks:
- ensuring rapid haemostasis during open and minimally invasive procedures;
- controlled haemostasis with minimal damage to surrounding tissues;
- precise tissue incision with a predictable depth of action;
- coagulation of small and medium-sized vessels during surgery;
- sealing of blood vessels to reduce the risk of post-operative complications;
- reducing the duration of surgical procedures;
- improved visualisation of the surgical field due to reduced blood loss;
- reducing the need to change instruments during the procedure;
- improved safety of laparoscopic and endoscopic operations;
- standardisation of surgical procedures in the modern operating theatre.