Enhancing Surgical Precision: Karl Storz HAMOU ENDOMAT 263310 20 Irrigation Pump
The Karl Storz HAMOU ENDOMAT 263310 20 irrigation pump is commonly used in minimally invasive medical procedures, especially in endoscopies, laparoscopies, and other types of endoscopic surgeries. It plays an essential role in controlling the flow of fluids, such as sterilized water or saline solution, during these procedures. Furthermore, its ability to provide both suction and irrigation makes it a versatile tool in a variety of surgical contexts, allowing doctors to maintain a clear view of the surgical field and effectively remove unwanted fluids. Its advanced technology and adjustability ensure precise and reliable performance, contributing to the safety and effectiveness of the procedures performed.
The insertion of pressure lines has been greatly simplified thanks to the use of a redesigned roller pump. The unit electronically monitors the correct positioning of the pressure lines. Operator settings and unit operation are done using precision push buttons. Displays of setpoint values and current actual performance data, positioned side by side, allow optimal monitoring of the unit's operating status. Electronic safety circuits interrupt irrigation/suction operation in case of persistent deviation of unit performance from the setpoint value and emit an audible alarm to alert the operator.
The Karl Storz HAMOU ENDOMAT 263310 20 irrigation pump is also distinguished by its compact and lightweight design, weighing only 8 kg. With dimensions of 305 mm width, 164 mm height, and 260 mm depth, it offers great portability and can be easily transported between different operating rooms or clinical environments.
It is designed to operate at a mains frequency of 50/60 Hz, making it compatible with standard power sources in medical facilities. Its power consumption is also optimized, with a consumed power of only 80 VA, ensuring energy efficiency while maintaining high performance.
In terms of irrigation flow rate, the pump offers great flexibility to adapt to the specific needs of surgical interventions. In HYS mode, the flow rate can vary from 0 to 500 ml/min, with an accuracy of ± 20%. In LAP mode, the flow rate can vary from 0 to 1000 ml/min, also with an accuracy of ± 20%. This extended range of flow rates allows surgeons to precisely regulate irrigation during procedures, ensuring optimal control of liquid flow.
