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Zimmer Herbert™ Cannulated Bone Screw
An innovative option for Managing the Reduction and Fixation of difficult Fractures
The Herbert Cannulated Bone Screw is designed for the management of fractures where minimal tissue coverage makes standard screw use inappropriate or where extreme precision in fragment alignment is imperative. Read more >
Zimmer® NCB® Plating System
The Zimmer NCB Plating System is the first locking plate system that expands a surgeon’s options in trauma surgery by delivering the ability to confidently target and lock, if appropriate, cortical or cancellous screws with polyaxial freedom at any time during the procedure. Read more >
NCB® Periprosthetic Femur Plate System
The NCB (Non-Contact Bridging) Periprosthetic Femur System is a line of polyaxial locking plates for the treatment of femur fractures, particularly periprosthetic femur fractures. Innovative plate designs combined with the proven polyaxial NCB Locking Plate Technology offer solutions for fixation of particularly complex periprosthetic fractures. The system consists of a Proximal Femur plate, a Distal Femur plate, and a Curved Femur Shaft plate. Read more>
Zimmer® Universal Locking System
Confidence is flexibility and compatibility in one system. With the Universal Locking System (ULS), Zimmer offers a comprehensive solution for the treatment of many types of fractures using one fully-compatible system. Read more >
ZPLP: Zimmer Perilocking Plates Distal Femur:
Distal Femur
Distal Fibula
Distal Radius
Distal Tibia
Proximal Humerus
Proximal Tibia
Zimmer® Plate and Screw System
A New Focus on Trauma Solutions
The Zimmer Plate and Screw System offers complete implant and instrument portfolios for mini, small basic fragment and pelvic reconstruction systems, in sterilization cases featuring unequaled convenience, storage and flexibility. Read more >
Zimmer® Cannulated Screw System
Minimally Invasive, Easy to Use.
The minimally invasive instrumentation and surgical technique for the Zimmer Cannulated Screw System are designed to limit additional trauma through percutaneous guides and small incisions. Read more >






