TOm JIG® t
Personalized surgical guides for tibial osteotomy
Find out more about our personalized surgical guides for tibial osteotomy.
TOM JIG® t3
First personalized surgical guide system for high tibial triaxial (valgus-derrotative) osteotomy.
Tibial osteotomy can delay or even avoid future arthroplasty. Most common high tibial osteotomies are those which correct “genu varus” or “genu valgus”. However, when any of these is combined with a need for rotation, a triaxial osteotomy is required.
Deformities in three spatial planes are treated with one single action by these complex osteotomies.
PATHOLOGIES
Rotational deformity of the tibia with converging kneecap resulting in clinical pain and/or patellar instability or overloading of the medial knee compartment and causing early joint degeneration.
PURPOSE
Valgus-derotational high tibial osteotomy.
device
Custom Made Medical Device: surgical invasive product, class IIa transient use. Rule 6, Annex VIII, MDR 2017/745.
material
Biocompatible class IIa, sterilizable resin.
PATHOLOGIES
Genu valgus or genu varum gonarthrosis.
PURPOSE
Opening wedge osteotomy.
device
Custom Made Medical Device: surgical invasive product, class IIa transient use. Rule 6, Annex VIII, MDR 2017/745. Biocompatible material class IIa, sterilizable.12:47.
TOM JIG® t+
Personalized surgical guides system for open wedge high tibial osteotomy.
In a tibial osteotomy with open wedge, the tibia is cut at an angle and the two sides are separated to create a wedge-shaped opening.
Advantages: greater precision in the correction and preservation of the patient’s bone stock, the possibility of performing biplanar corrections and greater simplicity in the subsequent revision of a knee arthroplasty.
Benefits for professionals
- High precision and safety
- Agile process and fast delivery
- Shortening operating times
- No initial investment versus robots or navigation devices
- Easy and precise prescription thanks to our software TOR JIG PLANNING
Benefits for patients
- Faster recovery, minimising complications and recovery times
- Reduction in X-Ray exposure
- Minimally invasive procedure
- Easier understanding of the pathology and therapeutic options thanks to 3D models