The company designs and manufactures the O’nil range of locking plates in collaboration with experienced trauma surgeons. Our aim is to provide the highest quality implants and to simplify today’s approach to Traumatology.

The O’nil range of locking plates have a unique patented locking system using a tapered, conical coupling. This system offers many advantages over traditional locking plates and overcomes many of the problems associated with traditional non-locking and locking plate systems.

Continue Reading

The O’Nil plate for proximal humerus is an optimal solution for the treatment of fractures of humeral head. In the proximal part of the plate seven screws can be locked at different angles, providing maximum stability to the humeral head, granting excellent grip in the osteoporotic bone and in multi fragmentary fractures.

Made of AISI 316 LVM – ISO 5832-1 steel to allow MR imaging, the low profile and the particular design reduce the risk of impingement.

Continue Reading

The supports implanted into the periprostetics have often high incidence of mobilization caused by multiple factors; among the most frequent technical difficulty in stabilizing the fracture of the stem, which prevents easy positioning of the screws.

Continue Reading

The O’nil Kyte system allows a perfect reduction of the lateral malleolus and includes plates of 3 different lengths.

The elliptical hole in the diaphyseal area allows fibular malleolus sindesmosis using a standard screw.

The unique conical screw-plate locking mechanism ensures fracture stability whist avoiding pressure on the bone, preserving vascularity and accelerating the return of the patient’s previous mobility and function.

Continue Reading

The calcaneus is the most frequently fractured tarsal bone, with 70-75% of fractures being intra-articular. fractures with collapse and imposed serious fractures Open reduction and stable internal fixation with a lateral plate is a standard treatment for such intra-articular fractures.

Continue Reading

PFF modular hook for prossimal femur presents all the stability characteristics of the O’nil system, offering further, if necessary, the possibility to assemble modular hook GT to stabilize the large trocantere
The patented locking conical system is important to obtain a structure of angular stability in osteoporotic bones, where the screw kept can be compromised. As a matter of fact, the screws do not take advantage of the compression of the plate on the bone, to resist the load of the patient, because they work as a fixator. The design with limited contact helps to preserve the input of periosteal blood

Continue Reading