Turbine Program
Turbine & Mold Industry Tooling
Turbine tools with specially tailored geometry were developed to meet the requirements of materials and component designs in the aircraft and turbine industry. Complex shapes including wide sweeping radii and deep pocketed cavities present a wide range of challenges for machinist and programmer. The Emuge-Franken turbine milling program was developed to provide standard solutions to special problems. In addition to turbine parts, these tools are also widely used in the die and mold industry as well, for example for machining tire molds and plastic injection molds.
The CAM system which has to support and compute the geometry of a turbine end mill, plays an important role here. Emuge-Franken offers programming assistance to end users who use most popular CAM software such as hyperMILL®,, Mastercam® and others. With turbine end mills, machining times can be reduced significantly and at the same time the surface quality of the components is increased.
Features
- Stable design due to taper flute construction
- Newly developed geometry for machining aluminum
- PVD applied highly heat-resistant hard coatings
- Roughing and semi-finishing profiles available
- Designed for machining components with complex geometry
ADDITIONAL RESOURCES
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Turbine Blade Milling | 12/08/2016
A demonstration of the milling process for a turbine blade using a 5-Axis CNC machining center. An Emuge TiNox-Cut carbide end mill is used to rough out the part shape. The performance of a Circle Segment / Barrel Form carbide end mill is used to finish the blade is then contrasted to a traditional cutter path of a ball nose, Jet-Cut style carbide end mill.
