An artificial knee joint - a partial or total endoprosthesis that functions as a replacement knee joint. The joint consists of a liner, a femoral component and a tibia component.
Forms the connection to the lower leg (tibia) and simultaneously serves as the seating surface for the gliding component
Replaces the cartilage lining, thereby improving the gliding properties within the joint
This component – which constitutes a shaped surface – mimics the movement of the knee and glides on the liner
Milling the outside profile using the S-Cut: produces contours with the maximum depth of cut and a high material removal rate
The S-Cut performs brilliantly with Co-Cr, even if the Ae value is low. A long service life can be achieved as a result of the innovative cutting edge geometry.
Milling the clip-in area
When it comes to the required angle tolerance and surface quality, the clip-in area can sometimes be very sensitive. The solid carbide T-slot milling cutters are tailored accordingly in each case. During this process, the cutting situation, dimensions and requirements are all factored into the design.
Milling the inside contour of the base
Base surface of the tibia component created with the innovative MultiLock system
The MultiLock offers excellent performance in combination with extreme stability and maximum flexibility.
MaxiMill 271 – Face milling with extreme cutting depths
Basis turning - roughing with -M34 in CTPX710
Thanks to their innovative PVD coating, the X7 grades are ideal for universal application. When used with super alloys, their performance is particularly impressive.
Basis turning - finishing: X7 line for optimum results with HRSA
The F05 chip breaker can be used to achieve superb chip control even with small depths of cut. In addition, the F05 offers significantly improved indexing accuracy.
Pre-drilling of thread core hole with countersink
Thread milling cutter with standard (DIN) and special dimensions
MGF HPC thread milling cutters are the fastest tools available on the market. They are also highly precise, making them ideal for zero-defect thread requirements.
Maximum machining power for removing large volumes of material
The HSC-11 milling cutter range is ideal for removing material from plastics such as UHMWPE.
Mirror finish milling of the contours (gliding surfaces) on the top side of the liner
Ballnose and full radius milling cutters produce the free-form surfaces on the top side of the liner
Material removal and outer shape
Removal of casting residues from the gliding surfaces (condyles and patella shield)
The new SilverLine has been thoroughly revised for use on HRSA with demanding parameters. The new cutting edge geometry reduces the cutting forces and vibrations, thereby improving surface quality.
Customised barrel milling cutters or ballnose milling cutters for creating the gliding surfaces of the joint
In conjunction with suitable CAM programs, the barrel milling cutters are the key to high levels of effectiveness.
Tapered solid carbide milling cutter with corner radius
The use of CAM systems ensures improved accessibility and the ideal cut distribution. Cutting edges are designed for use on walls with a set orientation.
MultiLock with ball nose insert as a cost-effective means of milling the gliding surfaces line by line
The MultiLock offers excellent performance in combination with extreme stability and maximum flexibility.
Thread milling cutter with standard (DIN) and special dimensions
MGF HPC thread milling cutters are the fastest tools available on the market. They are also highly precise, making them ideal for zero-defect thread requirements.