Dynamization option with a series of spring cartridges
Ability to perform large corrections
Ability to perform independent corrections an all planes
Stable and Lightweight
The FEP is made of an aluminum alloy and stainless steel. This makes it very lightweight as well as stable.
Stable and Lightweight
The FEP is made of an aluminum alloy and stainless steel. This makes it very lightweight as well as stable.
Independent Corrections in Three Planes
FEP allows an independent correction in all 3 planes. The joint unit allows a procurvatum-recurvatum correction. The compression-distraction unit allows the correction of rotational defects. The micrometric regulators allow a varus-valgus correction. Any corrections can be made independently without losing the previous correction.
Independent Corrections in Three Planes
FEP allows an independent correction in all 3 planes. The joint unit allows a procurvatum-recurvatum correction. The compression-distraction unit allows the correction of rotational defects. The micrometric regulators allow a varus-valgus correction. Any corrections can be made independently without losing the previous correction.
Intrinsic elasticity of the material
Aluminum alloy and stainless steel give the FEP elasticity to favor the reparative processes on the fracture site, while ensuring the stability of the skeletal segments.
Intrinsic elasticity of the material
Aluminum alloy and stainless steel give the FEP elasticity to favor the reparative processes on the fracture site, while ensuring the stability of the skeletal segments.
Dynamization System
The FEP also has a dynamization system that, through the use of pre-calibrated cartridges, creates the connection between the elements of the fixator body, allowing a selective application of the callus on three planes.
Dynamization System
The FEP also has a dynamization system that, through the use of pre-calibrated cartridges, creates the connection between the elements of the fixator body, allowing a selective application of the callus on three planes.