In the field of microsurgery, the power cutter head is mainly responsible for tissue cutting, biopsy, drilling, planing, repair and other pathological analysis, treatment and resection. Due to the need for minimally invasive surgery in various departments, there are more application requirements for the "power cutter head" with diversified structures, diverse department applications and complex working scenarios.

A. Internal and external double flat teeth: The inner and outer double teeth bite together to cut the clamped blade tissue at high speed through the bite force. Its structure can crush, separate and cut soft tissue.

B. Internal and external double bevel teeth: The inner and outer double bevel teeth bite together and the clamped blade tissue is cut at high speed by the biting force. Its structure can be used to crush and separate soft tissues. Compared with flat cutting, it has less resistance and better cutting smoothness. When cutting, it can quickly remove the ligament. The disadvantage is that it is less resistant to fatigue after prolonged use.

C. Internally and externally bevelled head: The blade head has a simple structure and a smooth edge. When the blade surface rotates at high speed in the cavity, the cut tissue is much cleaner than the double-toothed blade and the cutting flatness is good. This blade body is suitable for cutting soft tissue.

D. Head reamer with toothed power head: The blade surface of the blade body has multiple directions, the blade groove structure has multiple directions, and the spherical structure can be specially made according to the application requirements of the department. Its function can achieve targeted power work on slightly harder tissues such as ligaments and cartilage.

E. Head-end grinding head Power head: Its structural design can also be customized in a variety of ways. The advantage is the hard edge grinding work. As the grinding head is made of hard sand, you need to pay attention to the product timeliness and strength application when using it.

SINOWARES team is dedicated to the application and development of power cutter head structures and instruments for various departments, such as laparoscopic and rigid endoscope power surgery, surgical robot platform power surgery, flexible endoscope power surgery, urology power surgery, ENT power surgery, remote biopsy power surgery, etc., focusing on the application and development of power cutter heads for various departments in the field of minimally invasive surgery.