Mesh-hold™ Bone Filling Container for Vertebral Compression Fractures - China Suppliers and Factory

Introducing our advanced biocompatible PET fiber solution, designed with a unique non-stretchable feature that ensures optimal performance. This product showcases a revolutionary braiding technique, developed in our factory, enhancing stability and reliability in medical applications. Our patented connection between the container and introducing tube guarantees seamless functionality and safety. The cavity shape is meticulously controlled, significantly improving the stabilization of bone filling materials within the vertebral body while preventing any risk of bone cement leakage. As a leading supplier in the industry, we pride ourselves on delivering innovative solutions that meet the highest standards. Choose our products for unparalleled quality and reliability straight from China’s premier manufacturing facilities

Product Detail

Bone Filling Container

Bone Filling Container is a spherical mesh structure made of new materials. This type of mesh bag is woven vertically and horizontally, and has good compression resistance and ductility. The working principle of bone filling mesh bags mainly reduces bone cement leakage through the "wolf tooth effect" and "onion effect."

Frequently Asked Questions

What is a Bone Filling Container?

It is a spherical mesh structure constructed from advanced new materials, designed specifically for orthopedic applications.

How is the mesh bag of the Bone Filling Container woven?

The mesh bag features a specialized vertical and horizontal weaving pattern that ensures structural integrity.

What are the mechanical properties of this container?

Due to its unique weave, the container exhibits outstanding compression resistance and excellent ductility.

What is the primary function of the bone filling mesh bag?

Its main working principle is to effectively reduce bone cement leakage during orthopedic procedures.

What mechanisms prevent bone cement leakage?

Leakage is minimized through the synergistic action of the "wolf tooth effect" and the "onion effect" designed into the structure.