Posterior Occipitocervical Spine Screw System

Updated laminoplasty Plate is for the OPLL over multiple levels with maintained cervical lordosis. Multilevel cervical spondylosis with maintained cervical lordosis. Congenital canal stenosis with maintained cervical lordosis, Posterior compression from ligamentous hypertrophy with maintained cervical lordosis.

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

Indications Suitable for surgeries that require maintenance of osteogenic space, and can be used for fifixing bone blocks and BBA bone grafting. Material:Titanium alloy Features Ultra thin design: Head thickness of 0.9mm ensures that the height of the protruding bone surface after implantation is less than 1mm. Head Torx groove design, stronger holding screw driver. Different anodes for easy differentiation. Multiple Choices of lengths. Cutting edge self tapping groove design, convenient for implantation. Specifications Bone Screw, φ1.0×4mm Bone Screw, φ1.0×6mm Bone Screw, φ1.0×8mm Bone Screw, φ1.0×10mm Bone Screw, φ1.0×12mm Blunt-Tip Bone Screw, φ1.3×4mm Blunt-Tip Bone Screw, φ1.3×6mm Blunt-Tip Bone Screw, φ1.3×8mm Blunt-Tip Bone Screw, φ1.3×10mm Blunt-Tip Bone Screw, φ1.3×12mm Sharp-Tip Bone Screw，φ1.3×4mm Sharp-Tip Bone Screw，φ1.3×6mm Sharp-Tip Bone Screw，φ1.3×8mm Sharp-Tip Bone Screw，φ1.3×10mm Sharp-Tip Bone Screw，φ1.3×12mm

Posterior Lateral Fibular Locking Plate is indicated for distal fibular fractures with posterior plate placement biomechanically superior for the spiral fibular fractures because of its antiglide function.

Dynamic Hip Screw System is designed for the treatment of femorel trochanteric fracture.

Material: Stainless steel Kit includes: Open Cone Straight Type-Screw Holder Hook-Type Tack Holder Screw Extractor Limit Drill Handpiece Screwdriver Screwdriver

This minimally invasive treatment is designed to help reduce or eliminate pain caused by a fractured vertebra and stabilize the bone. Low viscosity cement is injected directly into the collapsed vertebral body under high pressure, with the goal of stabilizing the fracture and relieving the associated back pain.