Hicren (Zhejiang) Medtech Co., Ltd, member company in LENFON Medical Industry Park, is specialized in development, manufacturing and marketing of medical equipment for interventional spine inorthopedics, leading minimally invasive orthopedics surgery with innovative technology and product solutions, and aims to bring about benefits to patients with spinal diseases and vertebral compression fractures worldwide. The company has 5000 squaremeters manufacturing plant, including 1,2000 square meters 100,000 level clean workshop, and has introduced state-of-the-art production equipment such as laser...

Clinical Application Intended for vertebral access, three specifications available

VERTEBRAL ACCESS NEEDLE Product Features Three-edged blade design Product Specification Specification

Percutaneous Vertebroplasty Device Series Early in June 2015, the first and only PCVP in China approved by CFDA in the market

PERCUTANEOUS CURVED VERTEBROPLASTY SYSTEM Product Specification Item

PERCUTANEOUS CURVED VERTEBROPLASTY SYSTEM Insert the curved cement delivery cannula Final bone cement augmentation results Product Features Unilateral pedicle puncture could ensure bilateral symmetric distribution of bone cement, hence realizing cement augmentation results by bilateral pedicle puncture. Accomplish bilateral vertebroplasty results by unilateral pedicle puncture

PERCUTANEOUS CURVED VERTEBROPLASTY SYSTEM • For traditional PVP, cement leakage rate is as high as 41% • Effective control of cement injection direction, avoiding cement leakage towards intervertebral space or vertebral canal. • From point to surface, multi-point low pressure injection, observe and control cement distribution at any time, hence reducing cement leakage rate. • For traditional PKP, cement leakage rate is 10% Intervertebral space cement leakage rate is as high as 38% Cement is distributed widely in the vertebral body, relieving pain effectively • For traditional PKP, pain may recur...

PERCUTANEOUS CURVED VERTEBROPLASTY SYSTEM Cement is distributed along the anterior arc edge, providing ideal biomechanical support and effectively reducing refracture rate For traditional PVP, due to its random diffusion and irregular distribution, the bone cement can be very difficult to reach the contralateral side of the vertebrae. For traditional PKP, for its bilateral delivery, cement cannot be effectively distributed to the middle part of the vertebrae, which may lead to incomplete biomechanical support. Cement is distributed widely along the arc edge, which increases load-bearing area...