Engine Casing

Engine casings are machined from a variety of materials such as high-temperature super alloys, Inconel®, and titanium (Ti) for increased durability and strength to channel airflow and protect the engine from debris. DIAEDGE Cutting Tools' TRI-Cooling Technology®, diverse geometries, and grades deliver high-quality precision by providing machining solutions for these difficult-to-cut materials and challenging cutting conditions.

Engine Casing
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Drilling

DSA

DSA

Material
Heat-Resistant Alloys

Application
Drilling

When it comes to machining aircraft engine casing components in hard-to-machine heat-resistant materials, there is no better choice then DIAEDGE DSA high-quality-drill. The unique drilling features specially designed TRI-Cooling Technology® and precise coolant hole geometry. This drill also features durable grades and thin margins to minimize contact, which will prevent cutting edge heat buildup by reducing cutting heat and work-hardening for consistent machining quality and perfect parts every time.

Cutting Range:

  • 30-65SFM
  • 0.002-0.006 IPR
Milling

iMX

iMX

Material
Heat-Resistant Alloys

Application
Milling

The DIAEDGE iMX Series is a perfect solution to improve machining production when machining aircraft engine casing components. It combines the advantages of both solid carbide and indexable endmills. The iMX provides a variety of exchangeable heads for different milling applications for heat-resistant alloys (HRA). This series features coolant solutions and grades to extend tool life as well as improve efficiencies with high accuracy and rigidity when machining difficult-to-cut materials for aerospace component manufacturing.

Cutting Range:

  • 130 SFM
  • 0.002 FPT

APX

APX

Material
Heat-Resistant Alloys

Application
Milling

Designed with through coolant holes to improve cooling and chip disposal, the APX from DIAEDGE is resistant to corrosion and abrasion on the cutter bodies. This is made possible by using a superior highly heat-resistant alloy and a special surface treatment that is ideal for the aerospace manufacturing industry and crafting aircraft engines.

Cutting Range:

  • 65-195 SFM
  • 0.002-0.004 FPT

ARP

ARP

Material
Heat-Resistant Alloys

Application
Milling

Excellent for use in milling applications for aircraft engines and engine components, the ARP round insert cutter from DIAEDGE has high metal removal rates for contoured parts and high ramp angles. It's designed for low cutting resistance, internal coolant, and MP9130 for heat-resistant alloys (HRA).

Cutting Range:

  • 50-150 SFM
  • 0.002-0.006 FPT

Ceramic Endmills

Ceramic Endmills

Material
Heat-Resistant Alloys

Application
Milling

Ni-based heat-resistant alloys (HRA) such as Inconel® 718 are common materials used for machining airframe skins and rib components. These difficult-to-machine materials soften at temperatures exceeding 800ºC, becoming more accessible to mill due to their lower bearing and tensile strengths during the machining process. DIAEDGE Ceramic Endmills work effectively at these high temperatures and self-generate the amount of heat required to soften the machined material via ultra-high feeds and speeds to maximize machining efficiencies.

Cutting Range:

  • 1150-3300 SFM
  • 0.0008-0.0016 FPT