Solutions

Implants that match the patient’s bone density

We are introducing DEXA Technology™ & color-coded, bone-mimicking TiBone™ structure.

This revolutionary technology consists of implants designed to match a person’s bone density for a new possibility to undergo surgery and successfully relieve their pain.

Diagram illustrating different levels of bone density: osteoporosis, osteopenia, and normal bone. The diagram shows a progression from red labeled 'osteoporosis' with porous, weak bone structure, through yellow labeled 'osteopenia' with moderate density, to green labeled 'normal bone' with healthy, dense bone.
Medical illustration of a human neck and upper spine with highlighted vertebrae and nerves, glowing in purple.

Cervical Product Line

We are proud to offer a range of innovative devices specifically designed to address cervical spine conditions and restore optimal functionality. Our devices are meticulously crafted using advanced materials and precise engineering, ensuring maximum durability and compatibility with the human body.

Explore our cervical product line and experience a new level of spinal excellence.

X-ray image of a human back showing the spine and ribs in purple hues.

Thoracolumbar Product Line

Our thoracolumbar devices provide a minimally invasive option for physicians to choose the best implants for their patients. We use high-quality materials, including PEEK and titanium alloy, in our manufacturing process. Our graft windows are designed to optimize space for bone materials, promoting integration and fusion.

Three colorful 3D-printed objects with screws, in green, yellow, and red, labeled "Aurora," placed over a purple background with the text "DEXAL coming soon."
X-ray image of a human pelvis and lower spine with a purple tint.

SI Joint Product Line

We provide two options for addressing Sacroiliac Joint pain. The first involves the use of bone graft material, which is carefully selected for its high compatibility with the patient's body. The second option involves a Titanium material, which is both strong and lightweight and can also be safely integrated with the patient's biology. Both options are designed to provide optimal relief and promote the patient's overall well-being.