SGS 46456 Z-Carb-HTA ZH1MCR Center Cutting High Performance Positive Rake End Mill, 10 mm Dia Cutter, 0.5 mm Corner Radius, 22 mm Length of Cut, 4 Flutes, 10 mm Dia Shank, 72 mm OAL, AlTiN Coated

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KYOCERA SGS Precision tools, Inc.

SGS 46456 Z-Carb-HTA ZH1MCR Center Cutting High Performance Positive Rake End Mill, 10 mm Dia Cutter, 0.5 mm Corner Radius, 22 mm Length of Cut, 4 Flutes, 10 mm Dia Shank, 72 mm OAL, AlTiN Coated

ManufacturerSGS

Part #069946456

MFG #46456

UPC #691781464565

SGS End Mill, Center Cutting High Performance Positive Rake, Series: Z-Carb-HTA ZH1MCR, 10 mm Cutter Dia, 0.5 mm Corner Radius, 72 mm Overall Length, 22 mm Length of Cut, 4 Flutes, Right Spiral Flute, 10 mm Shank Dia, Right Hand Cutting, 38 to 41 deg Helix Angle, Straight Shank, 1.964 in Shank Length, Solid Carbide, AlTiN Coated

$58.27

/ EA

QTY

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Manufacturer Name: KYOCERA SGS Precision tools, Inc.

Corner Radius: 0.5 mm

Country of Origin: US

Cutter Diameter: 10 mm

Cutting Direction: Right Hand

Finish: AlTiN Coated

Flute Type: Right Spiral

Helix Angle: 38 to 41 deg

Length of Cut: 22 mm

Manufacturer Name: KYOCERA Precision Tools, KYOCERA SGS Precision tools, Inc.

Material: Solid Carbide

Number of Flutes: 4

Overall Length: 72 mm

Series: Z-Carb-HTA ZH1MCR

Shank Diameter: 10 mm

Shank Length: 1.964 in

Shank Type: Straight

Type: Center Cutting High Performance Positive Rake

The original Z-carb design with an enhanced core and higher helix suited for the demands of high temperature alloys
Unequal helix design aids in damaging harmonics by changing the angle at which each cutting edge enters and exits the material
Unequal flute spacing helps to disrupt the rhythmic pattern created by the cutting edge helping to suppress damaging harmonics
Optimal material removal rates through increased feed and depths of cut for difficult to machine materials
Enhanced corner geometry with tight tolerance corner radii
Recommended for materials

The Z-Carb-HTA features an enhanced high helix design and enhanced core to meet the demands of machining high temperature alloys. The patented unequal helix design changes the angle at which each cutting edge enters the material, and unequal flute spacing helps disrupt the rhythmic pattern created by the cutting edge. These advancements in design eliminate harmful chatter and increase the material removal rate through increased feeds and depths of cut.