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LANDING GEAR

AEROSPACE SOLUTIONS

The landing gear is a critical system of any aircraft. The component’s design and materials require minimum weight to maximize fuel efficiency, high performance and longevity, while still needing to absorb the tremendous forces placed on it when in use. DIAEDGE Cutting Tools' quality design and precision are developed
to meet the requirements and demand of landing gear components by providing machining solutions for titanium (Ti) alloys and challenging geometries.

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AXLE BEAM

Axle beams are one of the most significant components of the landing gear systems. Due to their large size – up to 25 feet – they are often slow to machine with long cycle times. DIAEDGE Cutting Tools are well-designed to meet these manufacturing conditions by offering solutions for complex geometries for machining titanium (Ti) and alloy steel, while reducing cycle time and improving efficiencies.

DSA

When it comes to machining landing gear axle beam components, the DIAEDGE DSA carbide drill is the best choice. Unique TRI-cooling Technology® offers specific hole geometry to increase the coolant flow rate to reduce cutting heat and prevent the generation of work-hardening of tough titanium (Ti) alloys and Inconel® materials.

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DRILLING

SFM 130-150 FPR .002-0.012

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MVX

The DIAEDGE MVX hardened body and wide range of insert geometries and grades, paired with the economical four-side cutting edges, are perfect for machining landing gear and axle beam components in alloy steel to maximize machining efficiency.

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DRILLING

SFM 245-460  FPR 0.0024-0.0091

MVE/MVS

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MVE/MVS CNC Drilling Series is ideal for aerospace machining of hardened materials by providing a sharp, durable edge with TRI-cooling Technology® — a more precise method of coolant delivery for reliable chip evacuation, lower cutting edge temperature and longer tool life.

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DRILLING

SFM 100-490 FPR 0.0008-0.016

VFX

DIAEDGE VFX offers an excellent solution for milling landing gear axle beam components in titanium (Ti) alloys. The VFX is a must-have product when long-reach applications are used. With its large V-pocket design, coolant-through capability, and the ability for large depths of cut, it is ideal for heavy metal removal to improve machining efficiencies.

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MILLING

SFM 100-490 FPT 0.0008-0.016

VPX

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When milling the axle beams of landing gear, DIAEDGE VPX offers multi-purpose milling solutions for machining titanium (Ti) alloys components. With tangentially mounted inserts, DIAEDGE VPX provides a stronger edge and higher feed rates to complete the toughest jobs.

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MILLING

SFM 65-230 FPT 0.002-0.006

DIAEDGE VQ Series offers durable, sharp edges with TRI-cooling Technology® to optimize cycle time for axle beam machining in titanium (Ti) for a more precise method of coolant delivery while optimizing radius options to keep you right on target.

VQ

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MILLING

SFM 755  FPT 0.002-0.003

APX

The APX multi-functional indexable cutter from DIAEDGE is highly effective for landing gear components, such as the axle beam, and in various 3D machining operations, and offers excellent ramping capabilities for the aerospace
manufacturing industry.

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MILLING

SFM 100-230 FPT 0.002-0.004

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The DIAEDGE iMX Series is a revolutionary endmill system and a perfect milling solution for machining
aircraft axle beam components in titanium (Ti) alloys.
Offering the advantages of both solid carbide and indexable endmills, while offering several coolant
solutions and grades that extend tool life and
improve efficiencies with high accuracy and rigidity.

iMX

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MILLING

SFM 200-500  FPT 0.002-0.004

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MT9015 LS, MS, RS

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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.

TURNING

SFM 115-280 FPR 0.004-0.014

DIAEDGE GY Series is an ideal solution for machining aerospace axle beam components in titanium (Ti)
alloys.  CBN grade options offer secure and stable machining for optimal chip control when a high metal removal rate is required for achieving favorable
machining production for demanding aerospace applications.

GY SERIES

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GROOVING

SFM 100-230  FPR 0.002-0.004