Aerospace: High Performance CNC Machining with Pure-Cut® Technology
Pure-Cut® technology provides unparalleled performance and cost savings for aerospace manufacturers through advanced cooling and lubrication.
Unlock Unmatched Precision in Aerospace CNC Machining
Maximize Efficiency While Supporting Safety & Environmental Goals
With Pure-Cut® technology, aerospace CNC machining is taken to new heights by offering superior surface finishes, extended tool life, and enhanced machining efficiency. Whether machining high-strength alloys or intricate components, Pure-Cut® offers a solution that outperforms traditional methods.
Reduce cycle times, boost precision, and minimize downstream cleaning - experience the Pure-Cut® advantage today!
Achieve Superior Aerospace Machining Results with Pure-Cut® Technology
Extended Tool Life: Increased tool longevity, reducing the need for frequent replacements and maintenance.
Improved Surface Finish: Achieve smoother surfaces on even the most intricate aerospace components.
Higher Productivity: Faster cutting speeds and reduced cycle times for optimized throughput.
Case Study: Aerospace Pylon - Passenger Plane - Titanium 64
5x Speed and 3x Tool Life Gain Simultaneously
Saved >$2M in capital avoidance and >$1M annual savings - instant payback
Achieved/exceeded oil/water restriction standards
Pure-Cut® - Ideal for Aerospace Materials
Titanium Alloys: Pure-Cut® reduces tool wear and enhances machining efficiency by maintaining optimal cutting temperatures.
Aluminum Alloys: Pure-Cut® provides smooth finishes and tight tolerances, even at high cutting speeds, ensuring precision in lightweight components.
Nickel Alloys (Inconel®): Pure-Cut® improves machinability by reducing heat buildup, ensuring cleaner cuts and extending tool life when working with these high-performance materials.
Enhance Your Aerospace Components with Pure-Cut®
From turbine blades to aircraft frames, Pure-Cut® is ideal for machining aerospace materials like titanium, aluminum, and nickel alloys. The benefits of improved surface finish, reduced burr formation, and extended tool life make it the perfect choice for high-precision aerospace applications.
Key Applications in Aerospace CNC Machining
Turbine Blades: Achieve high precision and durability in turbine manufacturing.
Landing Gear Components: Produce strong, reliable landing gear parts with superior finishes.
Structural Components: Ensure dimensional accuracy and finish quality for structural parts.
Optimized Performance for Aerospace CNC Machining - Get Started!
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