- Spinal Internal Fixation Solutions - Non-fusion of the Spine
- Spinal Internal Fixation Solutions - Spinal Fusion
- Sports Medicine
- Trauma - Orthopedic Interlocking Nail
- Vertebroplasty and Kyphoplasty System - Positioning
- Vertebroplasty and Kyphoplasty System - Puncture
- Vertebroplasty and Kyphoplasty System - Set up Working Pathway-Tool Kit
- Vertebroplasty& Kyphoplasty System - Bone Cement Filling
Shanghai Kinetic Medical Limited Co., Ltd. products
Spinal Internal Fixation Solutions - Non-fusion of the Spine
Kinetic - Spine Spacers
The V-Crest is a titanium interspinous insert system with an oval liner (central axis), tissue expander and retaining wings on both sides, of which the liner material is PEEK. The product is used to open up the lumbar spinal space and relieve symptoms of lower back pain caused by discogenic disease or stenosis of the spinal canal or vertebral foramen.
Spinal Internal Fixation Solutions - Spinal Fusion
Kinetic Cerven - Anterior Cervical Plate System
Cerven™ Anterior Cervical Plate System. Low profile curved edge. Reduce tissue irritation. Unique locking mechanism. Anti-override design. 90° clockwise locking. Pre-bent design. Fit physiological curvature.
Sports Medicine
Kinetic - Arthroscopic Cannula
Sealing design to maintain intra-articular pressure and operation space for arthoscopy.
Trauma - Orthopedic Interlocking Nail
Kinetic - Fibular Fracture
New fixed corner construction - corner stability. Technical simplification. Multiple fixation angle structures. Low compression of the bone surface. Single or double cortical.
Kinetic - Humeral Anatomical Interlocking Nail
Blunt screw tip to reduce the risk of secondary perforation. 4 suture holes to enable reliable attachment of the rotator. Countersunk screw heads to reduce the risk of impingement. Optional secondary 3.5 mm locking screw (screw-in-screw) for improved fixation in osteoporotic bone. Straight nail design for central insertion point: Improved anchorage in strong sub-chondral bone, Potentially avoiding insertion through fracture site in typically 3-part fractures. Proximal locking holes can provide angular stability and reduce instances of screw back-out. Ascending screw option to provide support to the calcar. Multiplanar distal locking options for less implant toggling in the medullary canal.
