Orthopaedics

The GENUTECH® knee prosthesis system GENUTECH®, indicated for knee arthroplastie, has been designed and developed by Surgival to provide an optimal combination of resistance, mobility, fixation and durability for both cemented and cementless needs.

Femoral component

• Maximum congruence to minimise tension and y reduce friction and wear.

• The design of the condyles allows for 140º of flexion to be achieved.

• Mobility restriction associated with selection of the PS or NPS model.

Tibial Insert

• Complete modularity between tibial tray and insert sizes for both the NPS and PS systems. Achieving a knee replacement system that is highly adaptable to each specific case.

• Dual fixation: primary fixation via antero-posterior clipping and secondary peg fixation, ensuring excellent assembly reliability.

Tibial Tray

• Complete modularity between tibial tray and insert sizes for both the NPS and PS systems. Achieving a knee replacement system that is highly adaptable to each specific case.

The revision knee system GENUTECH® CCK, integrates the latest technological and biomechanical advances for  revision knee arthroplasties Surgival has developed a system to provide surgeons with one of the most comprehensive, innovative and distinguished solutions currently available on the market for cases of deficient prosthetic  stabilisation due to inadequate function of both the medial lateral and anterior posterior ligaments, in addition to varus/valgus instability.

It is also indicated for large bone defects that can add to existing instabilities.

Its use in femoral components and tibial trays is always cemented. The initial recommendation is to not use cement in straight stems and with offset.

Femoral component

• Maximum congruence to minimise tension and y reduce friction and wear.

• The design of the condyles allows for 140º of flexion to be achieved.

• Maximum mobility restriction through the design of the tibial post and CCK intercondylar box. This restriction will affect external–internal rotation and varus/valgus movement.

Tibial Insert

• Intercondylar post with excellent rigidity for high stability and constriction that helps prevent dislocation.

• Internal titanium pegto improve fixation and prevent breakage of the intercondylar post.

• Complete modularity between tibial tray and insert sizes, which provides versatility and enhanced capacity to adapt to each specific case.

• Triple fixation: primary fixation via antero-posterior clipping, secondary safety peg fixation and tertiary fixation with metal post reinforcement that attached the insert to the tray, providing excellent stability and preventing breakage of the tibial insert post.

SUPERB EXSANGUINATION (95% )

• Bloodless, dry surgical field – avoids risks of incomplete exsanguination

• Improved anatomical visibility

• Reduced incidence of post-op DVT

• Reduced incidence of pulmonary embolism

• Reduces blood loss, resulting in decreased need for blood transfusion

STERILITY

• Reduced risk of Surgical Site Infection (SSI)

• Single-use

NARROW CUFF

• Increased visibility

• Increased accessibility

• Less likelihood of side effects due to pressure on tissue

EFFICIENCY

• Reduced patient preparation time – 15 seconds vs. 12 minutes

• Reduced OR clutter – replaces the need for 6 different products

• Quick & easy to apply

• One system with added short and long nozzles for different indication fi elds results into minimized logistic effort • Latex free product • User friendly click mechanism for safe fi xation of the nozzles • Two fl ow stages with fl ow rate > 0.9 L/min (long nozzle) and > 1.0 L/min (short nozzle) • Intense but gentle cleaning due to fog-like irrigation pressure of > 15 psi • User friendly noise level with < 75 dB(A) • Lightweight handpiece with < 0.13 kg, net weight disposable lavage < 0.9 kg • Ergonomic designed handpiece with about 3 m integrated rinsing and sucking tubes allows comfortable usage for the surgeon • High patient safety due to special clamps that prevent backfl ow of rinsing solution • Total operation time of each device shall not exceed 5 minutes

Mixing system is a sterile disposable vacuum mixing system for mixing PMMA bone cements
safely. The vacuum mixing technique reduces the porosity of the cement. Reduced porosity leads to an increase in the strength of the cement.

allows a thorough mixing of up to 120 g of bone cement of any kind under vacuum.