Curved vertebroplasty is an innovation and breakthrough in traditional vertebroplasty. Through a series of convenient operations such as curved unilateral puncture, dilation, and bone cement filling, a faster, more convenient, and safer complete surgical solution has been formed. Meanwhile, HICREN has launched the development and research of vertebroplasty implants and artificial intelligence vertebroplasty systems to address existing clinical pain points, further expanding the breadth and depth of vertebroplasty.

With the help of artificial intelligence technology, HicRen is committed to innovation and R&D in minimally invasive diagnosis and treatment of spine, minimally invasive fixation technology and fusion technology, providing safer, more effective, and more convenient products and services for clinical use.

HicRen's surgical devices and consumable products combine minimally invasive technology with intelligent and digital technology, pioneering a series of innovative products in the field of orthopedic minimally invasive surgery, and achieving a "smart minimally invasive" clinical solution.

HicRen's sports medicine R&D focuses on enhancing fixation, precision repair, helping patients return to normal life and the sports field faster and better.

The repair of tissues and organs is moving towards the direction of regenerative reconstruction, enhancement of biological functions, personalized and minimally invasive treatment of injuries. Our goal and direction in the development of biomedical materials are to impart biological structure and function to materials, fully mobilize the body's self-healing ability, and achieve permanent recovery of damaged tissues or organs.

Surgical robots are the core carriers of the medical field's move toward full automation and artificial intelligence. The new generation of micro surgical robots developed by Sino-Europe Microrobotics, a subsidiary of HicRen, assists doctors in completing complex surgical procedures more quickly, minimally invasively, and conveniently through a clear imaging system and flexible robotic arms, equipped with a series of consumable products from HicRen.

Artificial intelligence empowers spinal surgery robots, providing comprehensive orthopedic digital medical technology solutions for clinical purpose and market. Sino-Europe Microrobotics, a subsidiary of HICREN, has embedded artificial intelligence technology into various surgeries such as spinal and sports medicine. Based on machine learning and deep learning, they have developed intelligent surgical systems for preoperative planning and diagnosis, surgical navigation, intraoperative tracking and other aspects.