Scope of Application

It is suitable for lamina formation after spinal canal enlargement decompression surgery in the spinal segments (C3-T3).

Product Features

★ Perfect Fit to the Vertebral Body: The additive manufacturing process allows for a better match with the size of the vertebral body.

★ Optimized Spinal Canal Space: The 3D-printed porous regions eliminate the need for bone grafting, effectively supplementing bone defects and providing better spinal canal space.

★Prevention of Tissue Irritation: The smooth inner surface helps protect the spinal canal, reducing the risk of tissue irritation.

★ Variety of Options: The diverse hole structure arrangements offer more clinical flexibility and options.

Product Advantages

• World's First Additive Manufactured Vertebral Molding Plate: The first vertebral molding plate utilizing additive manufacturing, protected by an invention patent.

•Optimal Reshaping of the Conical Aperture Environment: Incorporating 3D-printed porous regions, it creates a smooth transition for the conical aperture, eliminating the need for bone grafting, effectively addressing bone defects, and optimizing spinal canal space.

•Additive Manufacturing Process Tailored to Vertebral Anatomy: The additive manufacturing technique precisely conforms to the shape of the vertebral incision, ensuring enhanced initial fixation stability. The diverse hole arrangements offer adaptability for various clinical applications, providing a broader range of options to meet specific procedural requirements.