Kinamed Incorporated products
Orthopedic Products
SuperCable Iso-Elastic - Polymer Cerclage
This revolutionary polymer-based cerclage system is designed to solve many of the inherent problems of traditional monofilament wire and metal cabling systems.
SuperCable - Grip and Plate System
This next generation system of trochanteric grips and cable-plates utilizes the clinically proven SuperCable polymer cerclage system, while also providing the unique option for use of either compression or locking bone screws. Locking screws offer improved construct rigidity, improved fixation in osteopenic bone, and the ability to place effective unicortical screws. Every screw hole in all plate or grip sizes allow for placement of either a compression or locking screw for maximum flexibility and effectiveness in reconstructing complex fractures and osteotomies.
CarboJet - CO2 Bone Preparation System
CarboJet CO2 Bone Preparation System is Quickly provides a cleaner and drier bone bed for a superior cement mantle.
KineMatch - Patient-Matched PFR
Designed specifically for the small but challenging group of patients with isolated, end-stage patello-femoral disease, the KineMatch PFR (Patello-Femoral Replacement) offers a uniquely effective and conservative resurfacing solution. Because the device is precisely pre-fitted to the patient’s anatomy using CT (Computed Tomography) data, no resection of femoral bone is required. This also ensures proper implant alignment and preserves bone stock for the future. The KineMatch® patella, a standard all-polyethylene button, is used in conjunction with the femoral component.
Kinamed - Model MD3T - Multi-Directional Tibial Tubercle Transfer System
A simple set of instruments allows for precise creation of two compound wedges of bone. Transposing these wedges medializes the tubercle.
Cardiothoracic Products
SuperCable Iso-Elastic - Polymer Sternotomy Closure System
The Iso-Elastic property of the polymer SuperCable provides dynamic compression across the sternal halves to better accommodate the physiologic loads acting on the healing sternum. This Iso-elastic property also acts as a shock absorber on the sternum, helping to neutralize loads caused by coughing, sneezing and patient movement, thus reducing the chance of cut-through and loss of fixation. Additionally, the broader footprint of the double-strand cable can help to minimize cut-through into soft bone. The improved fixation offered by SuperCable provides the opportunity for more rapid and reliable bone healing, more rapid post-op recovery and reduced patient complications and readmissions.
Neurosurgical Products
NeuroPro - Rigid Fixation System
NeuroPro Rigid Fixation System is acomplete cranial plating system, Engineered for flawless performance and efficient use in the OR.
NeuroPro - Low Profile Rigid Fixation System
For over 15 years the NeuroPro system has served as a benchmark for smart design, quality engineering and excellent value in cranial plating systems.The new Low Profile system builds on that tradition of excellence by offering the flawless performance and O.R. efficiency you expect, plus a sleek new design. Plate profile in the new system (0.3mm) is significantly reduced from the original NeuroPro system. Now you can look forward to a quick and efficient closure and be confident that your patient will be less likely to experience untoward tactile reminders of the hardware, thus providing them with the peace of mind they deserve.
Surgical Navigation
NaviPro - Hip Navigation System
NaviPro® is the first truly practical and affordable navigation system that provides the surgeon with the ability to determine cup position, leg length and femoral offset with newfound accuracy.
NaviPro - Knee Navigation System
The NaviPro® Knee navigation system provides computer-aided navigation of surgical instruments. Specifically, its purpose is to aid in the accurate resection of the distal femur and proximal tibia in total knee arthroplasty. It also allows the surgeon to intra-operatively measure flexion range of motion and ligament balance. The NaviPro system uses an advanced computational approach to overcome limitations associated with measuring complex three-dimensional anatomy intraoperatively so that these parameters can be measured, optimized and documented.
