The TLIF cage is desgned with anatomical structure, optimal condition for fusion to replace lumbar intervertebral discs and to fuse the adjacent vertebral bodies together at vertebral levels L1–S1. The TLIF implant is designed for a transforaminal approach.
The PLIF cage is desgned with optimal condition for fusion, specially aligned teeth, axial window, maximized contact area, x-ray Marker, bevelled leading end, focusing on curing narrow lumbar spinal canal, pseudarthrosis or failed arthrodesis, degenerative disc disease and spinal instability, degenerative spondylolisthesis, spondylolisthesis with s1
The Direct Lateral Interbody Fusion Cage (DLIF) is designed to provide access and treatment to the lumbar spine via a lateral or anterolateral approach, including anterior retroperitoneal exposure through a small incision. This surgical technique allows the placement of DLIF Cage across the disc space while avoiding the anterior vessels, posterior 1
Titanium Mesh is available in different heights for individual pathology and anatomical conditions. Open architecture for Titanium Mesh allows bony fusion and optimize bony ingrowth and its parallel end rings to restore normal spinal alignment and resist subsidence. In the meantime, Titanium Mesh is used for Trauma, Tumor, Spondylolisthesis, D1
Titanium Mesh is available in different heights for individual pathology and anatomical conditions. Open architecture for Titanium Mesh allows bony fusion and optimize bony ingrowth and its parallel end rings to restore normal spinal alignment and resist subsidence. In the meantime, Titanium Mesh is used for Trauma, Tumor, Spond1
HOBBIT Spine include 5 systems: 1. Hobbit Spine 5.5/6.0 System 2. Hobbit Posterior Cervical 3.5/4.0 System 3. Hobbit MIS System 4. Hobbit Derotation System 5. Hobbit Spine 4.75 System
HOBBIT Spine include 5 systems: 1. Hobbit Spine 5.5/6.0 System 2. Hobbit Posterior Cervical 3.5/4.0 System 3. Hobbit MIS System 4. Hobbit Derotation System 5. Hobbit Spine 4.75 System
The TINA Spine Pedical Screw System is designed with maximal 50° polyaxial pedicle screw which could facilitate the placement of pedicle screw and rod. For system 5.5 and 6.0 we offer the same instrument set for clinical option. Illiac Screws with large diameter are provided for sacroilliac reduction and internal fixation.
The TINA Derotation System is desgned with reduction instrument, derotation quick stick, derotation quick stick frame, derotation alignment fork. The system can satisfy the necessary of various derotation and specific anatomy, implement 3D derotation rapidly for surgeons, provide great operation for the derotation of tip cone an1