Hospital Medical Vertebroplasty Kit Bone Cement Mixing Kit Pain Relief

The innovator of new treatment for curved vertebroplasty technology

Product Design

• Delivery Cannula

It is composed of PEEK material outer tube and nickel-titanium memory alloy inner core. After entering the vertebral body, it can recover the arc and reach the opposite side directly to realize unilateral puncture.

• Buckle

Guide the puncture direction of the delivery cannula, restrict the movement of the delivery cannula, and ensure the puncture safety

• Disposable Percutaneous Access Needle

Integrated puncture needle, which is easy to operate; small puncture diameter, which is safer

• Bone Cement Mixing Kit

​It is composed of a mixing device and an injection gun cylinder. After mixing, the bone cement can be continuously infused by a screw propulsion device without transfer, realizing the integration of mixing and infusion.

Product Features

• The percutaneous curved vertebroplasty system offers several advantages over traditional open surgical approaches:

• Minimally Invasive: The procedure is minimally invasive, requiring only small incisions or punctures in the skin. This results in smaller scars, reduced tissue trauma, and faster recovery times compared to open surgery.

• Pain Relief: By stabilizing the fractured vertebra and providing support, the system helps relieve pain associated with vertebral compression fractures. The injected bone cement also reinforces the weakened bone, reducing the risk of further collapse.

• Improved Mobility: The procedure aims to restore spinal stability, allowing patients to regain mobility and perform daily activities with reduced pain and increased comfort.

• Shorter Hospital Stay: Due to its minimally invasive nature, the percutaneous curved vertebroplasty system typically requires a shorter hospital stay compared to traditional open surgeries, leading to potential cost savings and faster return to normal activities.

Indications

• Vertebral compression fractures, particularly thoracolumbar fractures caused by osteoporosis
• Vertebral hemangioma
• Vertebral metastatic tumor with osteolytic destruction
• Multiple myeloma
• Kummell's vertebral cleft

Contraindications

• The posterior edge bone of the vertebral body is extensively damaged and incomplete in a large range
• Combined with spinal canal stenosis
• Patients with severe cardiopulmonary disease
• Coagulation dysfunction, but unable to correct or prone to bleeding
• Pregnant women