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Total knee prosthesis GKS PRIME Flex TRASER
mobile-bearingcementless

Total knee prosthesis - GKS PRIME Flex TRASER - Permedica Orthopaedics - mobile-bearing / cementless
Total knee prosthesis - GKS PRIME Flex TRASER - Permedica Orthopaedics - mobile-bearing / cementless
Total knee prosthesis - GKS PRIME Flex TRASER - Permedica Orthopaedics - mobile-bearing / cementless - image - 2
Total knee prosthesis - GKS PRIME Flex TRASER - Permedica Orthopaedics - mobile-bearing / cementless - image - 3
Total knee prosthesis - GKS PRIME Flex TRASER - Permedica Orthopaedics - mobile-bearing / cementless - image - 4
Total knee prosthesis - GKS PRIME Flex TRASER - Permedica Orthopaedics - mobile-bearing / cementless - image - 5
Total knee prosthesis - GKS PRIME Flex TRASER - Permedica Orthopaedics - mobile-bearing / cementless - image - 6
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Characteristics

Type
total
Tibial bearing
mobile-bearing
Fixation
cementless

Description

GKS PRIME Flex TRASER is a revolutionary cementless knee prosthesis. Both femoral and tibial components are created by 3D printing (additive manufacturing) which allows to obtain solid objects from 3D-CAD digital models by adding the raw material (Ti6Al4V powder) layer over layer up to completion. The randomized size and geometrical shape of the trabecular porous surface in contact with the bone provides an optimal structure for bone in-growth and secondary biological fixation of the implant. GKS PRIME Flex TRASER represents a hypoallergenic solution due to use of titanium powder only. Moreover, TRASER components are super-lightweight. TRASER femoral component The TRASER® femoral component is entirely 3D printed, made of Titanium alloy and it is compatible with both the mobile and fixed bearing options of the GKS PRIME FLEX range. Its design has been studied to optimize the prosthesis performance during flexion: the increased thickness of the posterior condyles and the radius of curvature allow a large contact area even at high degrees of flexion. The high hardness conferred by the BIOLOY® coating improves the tribological properties of the joint surface by reducing the wear coefficient of the coupling with polyethylene. Optimized posterior condyles thickness Narrow and elongated trochlear profile Rounded edges CR and AS articular inserts The articular insert is available in 5 sizes (each size matching with 2 sizes of Tibia) and in 5 thicknesses* for each size. It refers to the tibial component and comes in two types: The CR option is designed to ensure optimal behaviour when the PCL functions are preserved.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.