1. Product Overview

The Karl Storz UH801 Bipolar High Frequency Cord is a high-frequency connector designed specifically for bipolar electrosurgical systems. It connects electrosurgical equipment to bipolar surgical instruments, enabling stable high-frequency energy transmission. The 400cm cable provides greater operating space in complex surgical environments, meeting the needs of surgeons in endoscopic and minimally invasive procedures.

Developed and manufactured by Karl Storz, a globally renowned manufacturer of endoscopes and surgical equipment, this product is perfectly compatible with their AUTOCON UH400 electrosurgical system. With its stable energy transmission performance and reliable structural design, the UH801 has become an essential connector in various electrosurgical systems.

2. Original Design, Precise System Compatibility

The UH801 high-frequency connector is manufactured to Karl Storz original standards, ensuring precise

matching with the AUTOCON UH400 system in terms of interface structure, electrical performance, and signal transmission. Original accessories ensure stable operation of the equipment during surgery, avoiding unstable energy transmission or equipment alarms caused by compatibility issues.

Precise system matching not only enhances the overall performance of surgical equipment but also reduces maintenance costs and equipment failure risks, providing hospitals with safer and more reliable electrosurgical solutions.

3. Bipolar High-Frequency Technology Enhances Surgical Safety

Bipolar electrosurgical technology is widely used in modern minimally invasive surgery. Its advantage lies

in the fact that current flows only between the two poles, thus reducing thermal damage to surrounding

tissues. The UH801 high-frequency cable stably transmits bipolar high-frequency energy, ensuring stable

output from surgical instruments during cutting and coagulation.

This stable energy transmission is particularly important for delicate surgeries, helping surgeons to more

precisely control the surgical process, improving surgical safety and treatment outcomes.

4. 400cm Long Cable Design for Greater Operational Flexibility

The UH801 features a 400cm long cable design, providing a wider operating range in the operating room environment. For surgical scenarios requiring the use of endoscopic equipment or operation of electrosurgical instruments in different positions, the longer cable offers greater flexibility.

The reasonable length design ensures the stability of the device connection while avoiding the limitations imposed by excessively short cables on surgical operations, thereby improving overall surgical efficiency.

5. High-Quality Materials, Durable and Reliable

This connector is made from high-quality medical-grade materials, offering excellent abrasion resistance and bending resistance. The optimized cable structure can withstand the mechanical stress of frequent use and movement, making it suitable for the high-intensity surgical environment of hospitals.

Simultaneously, the superior conductor structure reduces energy loss and ensures stable high-frequency

current transmission, thereby guaranteeing the performance of electrosurgical equipment.

6. Safe Interface Design, Secure Connection

The UH801 employs a professional interface design, enabling a secure connection between the device and surgical instruments. The safe and reliable interface effectively reduces the risk of accidental loosening or disconnection during surgery, providing continuous and stable power support.

The plug-and-play design also makes equipment installation and replacement more convenient and efficient

for medical personnel, improving work efficiency.

7. Wide Range of Clinical Applications

The Karl Storz UH801 bipolar high-frequency connector is widely used in various minimally invasive surgical fields, including:

Urological endoscopic surgery

Gynecological electrosurgery

Endoscopic minimally invasive surgery

Hospital operating room electrosurgery systems

In these surgical scenarios, stable and reliable high-frequency energy transmission is a crucial factor in

ensuring the smooth progress of the surgery.