Aircraft engines demand high-quality assurance standards. The high-value engine components combined with long cycle times make it essential to produce quality parts for safety-critical applications. We understand what it takes to machine complex aircraft engine components to maximize efficiency.
DIAEDGE Cutting Tools’ innovative tooling technology provides customized grades, technically superior coatings, and insert geometries for
demanding materials such as titanium (Ti), Inconel® and heat-resistant super alloys (HRSA) to enable production of a perfect part every time.
An aircraft engine’s turbine discs are the solid core to which an engine’s fan, compressor and turbine blades are attached. These complex parts are made from high-temperature alloys and require specific grades to be machined to the highest possible levels. DIAEDGE Cutting Tools are well-designed to meet these precise machining needs while improving machining processes and longevity of tool life.
DIAEDGE GY modular turning system is an excellent choice for machining in heat-resistant and Inconel® materials for OD and ID grooving applications for aircraft engine disc components. Secure and stable modular holders with multiple-length blades and CBN inserts to maximize machining performance
for time-saving solutions.
SFM 100-195 FPR 0.002-0.015
LS, MS, RS
The DIAEDGE MT9000 Uncoated-Grade Series is specially designed to optimize performance and tool life in turning applications for titanium (Ti) alloys. DIAEDGE Cutting Tools' unique design features sharp edge lines with positive rake geometry to improve machining efficiencies of axle beam components.
SFM 65-245 FPR 0.002-0.010