Spinal surgery can be challenging, both for surgeons and patients. With issues like back pain, spinal deformities, and trauma affecting millions of people worldwide, medical technology continues to evolve to meet these needs. One company at the forefront of these advancements is Innovasis, which is making significant contributions with its innovative spinal implant technology.

What Is Innovasis Doing?

Innovasis focuses on developing and manufacturing spinal implants that can help treat various spine problems. These problems can range from deformities to degenerative conditions and even trauma or tumors that cause intense pain and mobility issues. The goal of Innovasis’s implants is to help people live better, more comfortable lives by improving spinal function.

Their implants help correct the spine’s position, essential for healing. When the bones are correctly aligned, the body can begin the natural process of bone fusion, where the bones grow together to heal the spine properly.

Innovative Technology in Spinal Implants

Innovasis has introduced several new technologies that set them apart from other companies in the field. One of the most exciting developments is their use of bioactive materials. These materials are designed to interact with the body in a way that supports healing and accelerates the fusion process. This is an important part of spine surgery, as it helps ensure that the spine heals in the best possible way.

HA PEEK

The HA PEEK material is a high-performance implant material. It integrates Hydroxyapatite (HA), a substance that helps bone grow and bond better to the implant itself. Unlike traditional methods, where HA is simply coated onto the implant, Innovasis has fully incorporated it into the material, making it available on all surfaces. This helps improve how well the bone connects with the implant.

HAnano Surface

This breakthrough modifies the implant’s surface at a very small scale — just 20 nanometers thick. This tiny modification mimics the structure of human bone, making it easier for the bone to fuse with the implant. Clinical tests have shown that this surface can speed up the fusion process, helping patients recover faster.

Tetracell Titanium

Innovasis also uses a special type of titanium for its implants, called Tetracell Titanium. This titanium is 3D printed with a unique structure of up to 66% porosity, meaning it has small spaces allowing the bone to grow into the implant. This structure, combined with the HAnano Surface, enhances the body’s ability to facilitate fusion, making it more effective than traditional titanium implants.

Biologics

In addition to its advanced materials, Innovasis also offers biological products such as demineralized cortical fibers and fiber strips. These products provide a moldable, cohesive scaffold that helps the spine heal. They also support using stem cells, which can further boost the healing process and improve the success of spinal fusion.

Innovasis’ Impact on Spine Surgery

With its advanced implant technology, Innovasis is offering new hope for patients suffering from severe spine conditions. Materials like HA PEEK and Tetracell Titanium may help improve the healing process and accelerate bone fusion, while its biologic products support faster recovery. With these advancements, Innovasis is not only changing the way spinal surgeries are performed but also improving the quality of life for patients worldwide.