Dental Surgical Aids

Shenzhen Yamei Medical Technology Co., Ltd., as a high-tech enterprise specializing in the research and production of Dental Surgical Aids, is committed to providing high-precision and high stability auxiliary tools for global oral surgery, dental implantation, and maxillofacial surgery. Our equipment is widely used in dental clinics, dental hospitals, and teaching institutions to help doctors improve surgical accuracy, reduce operational fatigue, and optimize patient postoperative recovery outcomes. With years of industry experience, we have become a long-term supplier to several internationally renowned dental brands.

Depth Gauge: Designed with high-precision calibration, it can monitor drilling depth in real-time, avoiding excessive penetration and damaging nerves or sinus cavities, and improving the accuracy of implant positioning.

Locator Corer: Designed specifically for minimally invasive surgery, the sharp blade ensures complete bone tissue sampling, reduces soft tissue damage, and is suitable for bone transplantation or pathological testing.

Instrument Kit: The modular design includes multiple handles, drill bit adapters, and measuring tools to meet the one-stop needs of complex surgeries. The sterilization packaging ensures that it can be disassembled and used immediately.

Ratchet Adapter: With an ergonomic handle and multi angle transmission structure, it enhances the surgeon's control and is suitable for precise operations in small spaces, reducing fatigue.

In the future, we will continue to increase research and development investment, focusing on the development of intelligent surgical assistance systems, such as:

AI navigation tool: integrates sensors and algorithms to provide real-time feedback on drilling force and angle, reducing human error.

Biocompatible coating: Collaborate with universities to develop antibacterial/bone promoting coatings to shorten the healing cycle of patients.

3D printing customized equipment: providing personalized solutions for complex anatomical structures such as atrophied alveolar bone.