Innovasis, a company based in Salt Lake City, Utah, has been improving spinal care since 2004. With a full range of spine implants and instruments, Innovasis helps doctors treat problems like back pain, spinal injuries, and deformities. The company uses advanced technology and bioactive implants to help patients recover faster and more effectively.
Understanding Spinal Fusion
Spinal fusion is a type of surgery used to fix problems in the spine. This procedure connects two or more bones (called vertebrae) in the spine so they heal into one solid bone. Spinal fusion helps relieve pain, improve stability, and correct deformities. It is often used for conditions like herniated discs, scoliosis, or trauma.
Innovasis specializes in creating implants and tools that make spinal fusion surgeries faster and more effective. These tools ensure that the bones align correctly and that the healing process goes smoothly.
Bioactive Implants
One of Innovasis’ most remarkable achievements is its bioactive implants. These implants work by promoting bone growth during the healing process. This technology helps the body naturally fuse bones after surgery, making recovery smoother. The bioactive implants developed by Innovasis have been tested with real-world results.
Innovasis has developed four key bioactive solutions: HA PEEK, HAnano Surface, Tetracell Titanium, and Demin Cortical Fibers. Each offers unique advantages in supporting spinal surgeries.
HA PEEK
HA PEEK is a material that combines the strength of PEEK-OPTIMA with hydroxyapatite, a bone-friendly substance. Unlike coated implants, HA PEEK integrates hydroxyapatite directly into its structure, creating a surface that naturally encourages bone cells to grow and bond. This promotes better stability and faster healing, helping patients recover more quickly from spinal fusion procedures.
HAnano Surface
HAnano Surface takes implant technology to a new level by mimicking the structure of human bone at a nanoscopic scale. This ultra-thin surface modification, composed of hydroxyapatite particles, enhances the implant’s ability to bond with the bone. By promoting accelerated osseointegration — the process where the implant becomes part of the bone — HAnano Surface can improve long-term implant stability and patient outcomes.
Tetracell Titanium
Tetracell Titanium features a porous, scaffold-like design that supports bone formation while maintaining titanium’s strength and durability. Combined with bioactive coatings like the HAnano Surface, Tetracell Titanium implants encourage bone growth into the implant’s structure. This dual approach ensures the implant is strong and fusion-friendly, making it an excellent choice for complex spinal surgeries.
Demin Cortical Fibers
These offer an innovative solution for delivering stem cells and promoting spinal fusion. This moldable material provides a flexible yet cohesive scaffold that enhances bone healing. Its bioactive properties create the ideal environment for fusion, making it a valuable option for procedures like posterolateral spinal fusion and interbody fusion. These bioactive implants represent a significant step forward in spinal care, providing surgeons with innovative tools and giving patients a better chance at a full and speedy recovery.
A Brighter Future with Innovasis
Innovasis is transforming spinal care with its implants and technology. By developing bioactive solutions like HA PEEK, HAnano Surface, Tetracell Titanium, and Demin Cortical Fibers, Innovasis offers surgeons tools that enhance spinal fusion surgeries and promote faster recovery. These advancements can improve patient outcomes by improving implant stability, accelerating healing, and promoting long-term bone integration. Patients and doctors can trust Innovasis for reliable, effective solutions that make a difference in spinal care.
