Sandvik

Sandvik Coromant 8029442 CoroMill® MH20 High Feed Standard Face Milling Cutter, ANSI Code: MH20-R040Q16-08H, 1.1555 in Dia Cutting, 1.5748 in OAL, MH20-R..Qxx Insert, 0.0472 in Max Depth of Cut, 0.6299 in Dia Arbor Hole

7323225833936 MFG #: 8029442
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Sandvik Coromant 8029442 CoroMill® MH20 High Feed Standard Face Milling Cutter, ANSI Code: MH20-R040Q16-08H, 1.1555 in Dia Cutting, 1.5748 in OAL, MH20-R..Qxx Insert, 0.0472 in Max Depth of Cut, 0.6299 in Dia Arbor Hole
  • ANSI Code: MH20-R040Q16-08H
  • Arbor Hole Diameter: 0.6299 in
  • Country of Origin: SE
  • Cutting Angle: 15 deg
  • Cutting Diameter: 1.1555 in
  • Cutting Direction: Right Hand
  • Insert Compatibility: MH20-080425
  • Insert Style: MH20-R..Qxx
  • ISO Code: MH20-R040Q16-08H
  • Manufacturer Name: Sandvik Coromant
  • Material: Steel
  • Maximum Depth of Cut: 0.0472 in
  • Number of Inserts: 5
  • Overall Length: 1.5748 in
  • Series: CoroMill® MH20
  • Shank Type: Arbor
  • Through Coolant (Yes/No): Yes
  • Type: High Feed Standard
New cutter body material increasing the strength and inserts with high edge line security, assure a longer tool life and reliable machining with less scrap. In addition, with less vibration and a more reliable concept design, the risk of tool breakage is reduced, making the operator's and workplace environment safer. With a better surface finish achieved, the need for a semi-finishing tool is greatly reduced. This also means fewer tools in use, fewer stoppages and a quicker machining process with less inventory. Not least, this light cutting concept uses less machine power, resulting in reduced energy consumption and reduced noise level.
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  • Item Features
  • Application
  • Standards
  • A new cutter body provides higher fatigue and deformation resistance, assuring a longer cutter tool life
  • Thanks to its light cutting action, in combination with a robust shank design, CoroMill® MH20 ensures secure and vibration-free machining, even with long overhangs
  • The open pocket design helps to improve chip evacuation and reduces re-cutting of chips
  • The design is optimized for chips generated by a high feed tool and minimizes smearing of chips, especially in ISO S applications
  • The single sided two edged positive insert has a curved and strong edge with a reinforced corner radius, ensuring secure and reliable machining against shoulders and corners in pocketing
  • Versatile concept suitable for all type of high feed milling operations helps reduce the number of tools as well as the cycle time
  • Internal coolant for optimal chip evacuation and high productivity in ISO S applications
  • Optimized edge line security for reliable corner machining and pocket milling makes unsupervised machining possible
  • A sloped insert edge for gradual cutting engagement into the workpiece ensures a gradual chip load on the cutting zone and improves chip formation
  • Creates better surface finish with smaller cusps leaving less stock for the next operation
  • Dedicated geometries optimized for ISO S, M and P materials to ensure secure and reliable performance
  • Periphery ground Inserts for high performance in ISO S and M materials
  • Easy-to-handle
  • Axial concentric coolant entry
Ramping, High Feed Pocket Milling, Corner Machining, Straight and Helical Ramping, Full Slotting, Shoulder Milling, Face Milling, Plunge Milling, Roughing and Semi-Finishing Applications
ANSI Specified