Zealmax Innovations Pvt. Ltd. products

The 3.5mm 1/3 Tubular Locking Plate is used as a buttress plate for fibula, metatarsals, and metacarpals bones. Any shearing or bending force that would jeopardize the fixation of an exposed lag screw is countered by the plate. It increases stability, reduces screw back-out, and minimizes complications with screw holes.

Available in both Titanium & Stainless Steel

The 3.5mm 1/3 Tubular Plate is used as a buttress plate for fibula, metatarsals, and metacarpals bones. Any shearing or bending force that would jeopardize the fixation of an exposed lag screw is countered by the plate. It increases stability, reduces screw back-out, and minimizes complications with screw holes.

These plates are intended for extra-articular, partial-articular, and complete-articular distal radius fractures. These plates are designed for both the left and right hand.

3.5 mm T. Radius Plate (Right Angled).

For degenerative cervical procedures, the Cervical DIO Cage system offers an optimized configuration solution. The graft’s large surface area allows for the appropriate use of ortho-biological material, which is designed to reduce the risk of non-unions.

Expandable Cage offers a modern vertebral body reconstruction solution to surgeons. After the removal of the vertebrae, the cage is placed and expanded. It provides excellent fixation into the vertebral endplate and adequate room within the cage for the bone graft.

Expandable Cage with plate offers a modern vertebral body reconstruction solution to surgeons. After the removal of the vertebrae, the cage is placed and expanded. It provides excellent fixation with additional support into the vertebral endplate and adequate room within the cage for the bone graft.

Intended for anterior screw fixation to the cervical spine, our Anterior Cervical Plate is the trusted and preferred implant by spine surgeons. Beneficial in traumatic injuries, the Anterior Cervical Plate also serves its purpose in degenerative cases as well as tumors and infections of the cervical spine. Its pre-contoured; comes with high mechanical strength and stability for demanding cervical surgical procedures; and guarantees minimal soft tissue irritation.

Pedicle screw implants use a rod screw construct that can be made with monoaxial screws with an immobile pedicle screw head. Monoaxial Pedicle Screw has an additional degree of freedom, allowing for better screw positioning within the pedicle. This makes it easier to insert the rod into the desired position and reduces unwanted tension.