Superalloy Blade Cooling Holes Machining
Benefits:
+ Lower cutting force and significant burr reduction
+ Qualified hole dimensional accuracy
+ Hole wall roughness decreased by 88%, from 1.629μmto Ra 0.181μm
+ Cycle time shortened by 40%
AlSiC Braking Disc Hole Drilling
Benefits:
+ No burrs or flanging at hole edges
+ Tool life improved by 9 times to 50 holes/tool
+ Cycle time shortened by 51%, from 530s to 260s per hole
Quartz Ceramic Antenna Box Machining
Benefits:
+ Significant cutting force reduction with ultrasonic machining
+ Minimized cracks and chippings
+ Cycle time shortened by 75%, from 660min to 165min
Zirconia Ceramic Aircraft Supporting Ring
Benefits:
+ Lower cutting force, reduced sub surface damage (SSD) and cracks
+ Minimized surface carbonization with picosecond laser cutting
Alumina Ceramic Impeller Machining
Benefits:
+ Longer tool life and higher contour accuracy with ultrasonic machining
+ Reduced SSD and chippings
+ Polishing time shortened from improved surface quality
Carbon-Carbon Composite Hole Threading
Benefits:
+ Qualified thread quality
+ Replacing manual operation with CNC thread milling
Carbon Composites Blind-Groove & Cavity Milling
Benefits:
+ Improved surface quality
+ Stable and high-precision machining
+ Blind groove roughness down by 75%
+ Cavity roughness down by 60%
Nomex Honeycomb Contouring
Benefits:
+ Burr reduction by 90%
+ Efficient 5-axis contouring of complicated shapes
+ Optional fully-closed protection and vacuum system against dust and explosion