Medical devices are a major component of precision medicine and play a key role in
medical treatment, particularly with the rapid development of minimally invasive surgery and …

Cutting is a fundamental machining method extensively utilized across various fields,
including mechanical engineering, agriculture, forestry, biomedical instrumentation, mineral …

Soft tissue adhesion on electrosurgical electrodes has been a significant concern in
minimally invasive surgery. The liquid-infused surface (LIS) can effectively reduce the tissue …

The electrosurgical blade is the most common invasive surgical instrument in a cutting and
hemostasis process; however, the blade easily leads to the adhesion of overheated soft …

Electrosurgical devices are widely used for tissue cutting and hemostasis in minimally
invasive surgery (MIS) for their high precision and low trauma. However, tissue adhesion …

Irregularly shaped electrosurgical devices face significant challenges in electrosurgery due
to serious blood and tissue adhesion. Superhydrophobic surfaces inspired by lotus leaves …

The adhesion failure of surgical electrodes critically influences the application of high-
frequency electrosurgery in the clinical field. This manuscript studied adhesion failure and …

Possessing advantages of simple operation, less postoperative pain, etc., high-frequency
electrotomes have significant application values in electrosurgical field. However, during …

Severe tissue adhesion on the surface of electrosurgical electrodes due to instantaneous
high temperature and insufficient lubrication-caused friction has been a great challenge in …

Soft tissue sticking on electrosurgical scalpels in minimally invasive surgery can increase
the difficulty of operation and easily lead to medical malpractice. It is significant to develop …