Minimal trauma, fast recovery – Our radiofrequency device stands out at CMEF

After several days, China International Medical Equipment Fair (CMEF) has come to a successful conclusion. As one of China’s most influential medical device expos, it brings together enterprises, clinical specialists and distribution partners, showcasing cutting-edge technologies and innovative equipment in healthcare. It serves as a platform for industry exchanges, idea collision and win-win cooperation.

The General Manager of Greenland Medical was interviewed by China Media Group.

When interviewed by China Media Group, the General Manager of Greenland Medical introduced that the company made a strong showing at the fair with its radiofrequency-grade high-frequency surgical equipment. As the key product promoted at the exhibition, it drew many clinicians and industry peers to stop for consultations and in-depth discussions. Participants had thorough exchanges covering the current clinical landscape of pain medicine, application scenarios of minimally invasive surgery and operational details of the device. The on-site atmosphere was vibrant.

Driven by deepening population aging and modern lifestyles such as prolonged sitting and overstrain, the incidence of neck, shoulder, waist and leg pain as well as various chronic neuropathic pain keeps rising. Pain management has become a high-profile clinical field, and patients have growing demand for minimally invasive, safe and fast-recovery treatment options. Conventional therapies are often plagued by drawbacks including extensive trauma and long postoperative recovery time, which in turn pushes medical devices to evolve toward greater refinement and minimal invasiveness.

Faced with the growing real clinical demand, Greenland Medical’s radiofrequency-grade high-frequency surgical equipment delivers an innovative solution for minimally invasive procedures in the Pain Department and multiple other clinical departments. Leveraging radiofrequency-grade technology, Beijing Greenland Medical high-frequency surgical equipment enables cutting, ablation, coagulation and other operations at low temperatures with low thermal tissue damage, balancing surgical precision and operational safety.

✨ Core Advantages of the Device

✅ Minimally invasive intervention with less trauma: Treatment is performed in a minimally invasive manner, reducing damage to healthy tissues, lowering intraoperative bleeding and easing patients’ anxiety about surgery.

✅ Faster postoperative recovery: Less postoperative edema and a lower risk of complications, effectively shortening the recovery cycle and enabling patients to return to daily life sooner.

✅ Wide compatibility across departments: Beyond the Pain Department, it is applicable to spinal surgery, otolaryngology, plastic surgery, dermatology and other departments. It accommodates diverse minimally invasive scenarios to meet varied clinical requirements.

Many clinical experts at the exhibition commented that as the population of pain patients continues to expand, minimally invasive devices featuring minimal trauma and rapid recovery precisely address the core needs of clinicians and patients. Many elderly pain patients have limited physical tolerance and are better suited to low-trauma treatment options. The radiofrequency-grade high-frequency surgical equipment is well aligned with the clinical needs of this group.

An exhibition serves not only as a showcase for technologies but also as a bridge to listen to clinical demands. Following CMEF, Greenland Medical will incorporate the clinical feedback collected on-site into product refinement and technological iteration. The company will continue to focus on radiofrequency minimally invasive surgical equipment, stay oriented toward real clinical needs, develop safe and reliable medical devices, facilitate the adoption of more minimally invasive technologies, and deliver better treatment options for patients.

Moving forward, we look forward to working hand in hand with medical institutions and industry partners to further explore the potential of minimally invasive medicine.

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