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Osteotomy Equipment Supplied In Canada
6 equipment items found
Manufactured by:Pega Medical Inc. based inLaval, QUEBEC (CANADA)
Dr. Paley’s Osteotomy system is a set of surgical instruments especially selected and optimized by Dr. Dror Paley (West Palm Beach, USA) to avail other orthopaedic surgeons of all the necessary instrumentation during deformity correction procedures. Based on Dr. ...
Manufactured by:Pega Medical Inc. based inLaval, QUEBEC (CANADA)
The LolliPOP (Locking Pediatric Osteotomy Plate) system is an innovative modular blade-plate system for stable fixation of pediatric proximal femoral osteotomies and ...
Manufactured by:Pega Medical Inc. based inLaval, QUEBEC (CANADA)
The rationale behind the design of the Hinge Plate is to achieve the ideal placement of a true hinge, at the growth plate, which allows for a guided manipulation of the deformity with less risk of implant failure and avoiding invasive ...
Manufactured by:Pega Medical Inc. based inLaval, QUEBEC (CANADA)
The Fassier-Duval Telescopic Intramedullary System is a self extending rod designed for patients suffering from Osteogenesis Imperfecta (OI), skeletal dysplasia and other bone deformities. Created to prevent or stabilize fractures, or correct deformity of long bones whilst growth occurs. The design of the rod includes a female component (which is attached to the proximal epiphysis) and a male ...
Manufactured by:Pega Medical Inc. based inLaval, QUEBEC (CANADA)
The unique locking nail for small medullary canal patients. The Gap endo-exo medullary systemTM consists of an intramedullary nail linked to a lateral buttress plate, via lag and mechanical screws, creating a combined Endomedullary / Exomedullary osteosythesis device. This novel approach of osteosynthesis creates a load sharing system between the nail and plate, thus limiting the risk of stress ...
Manufactured by:ClaroNav based inToronto, ONTARIO (CANADA)
A breakthrough in computer-aided implantology, Navident offers dental surgeons an easy to use, accurate, highly portable and affordable way to plan the desired restoration and implant placement on a virtual patient, then execute the plan on the real patient’s jaw. The virtual patient’s jaw is created from the CT and, optionally, digital impression data, in seconds. The plan, including ...