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Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Description

4 Flute Micro Endmill R40 N - Corner Radius - Long Reach

Increased feed rates.
Tough coating for long tool life.
Variable helix design for chatter-free machining.
Machine Material 35 to 68HRC.

Specifications

Material: VHM
Finish: TiSiN
Shank Form: HA
Helix Angle: R40
Shank Tolerance: h6
Application: N

Applications

Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)-300HB
Optimal for Steel - Low alloy & cast < 5% of alloying elements-300HB
Optimal for Steel - Low alloy & cast < 5% of alloying elements-350HB
Optimal for Steel - High alloy, cast & tool-200HB
Optimal for Steel - High alloy, cast & tool-325HB
Optimal for Stainless Steel - Duplex-250HB
Optimal for Stainless Steel - Precipitation Hardening-250HB
Optimal for High-temperature alloys - Ni / Co-based-350HB
Optimal for High-temperature alloys - Ni / Co-based-320HB
Optimal for Titanium & Titanium alloys - Alpha / Beta alloys
Optimal for Titanium & Titanium alloys - Beta alloys
Optimal for Hardened steel-45HRC

Specifications

Material: VHM
Finish: TiSiN
Shank Form: HA
Helix Angle: R40
Shank Tolerance: h6
Application: N

Applications

Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)-300HB
Optimal for Steel - Low alloy & cast < 5% of alloying elements-300HB
Optimal for Steel - Low alloy & cast < 5% of alloying elements-350HB
Optimal for Steel - High alloy, cast & tool-200HB
Optimal for Steel - High alloy, cast & tool-325HB
Optimal for Stainless Steel - Duplex-250HB
Optimal for Stainless Steel - Precipitation Hardening-250HB
Optimal for High-temperature alloys - Ni / Co-based-350HB
Optimal for High-temperature alloys - Ni / Co-based-320HB
Optimal for Titanium & Titanium alloys - Alpha / Beta alloys
Optimal for Titanium & Titanium alloys - Beta alloys
Optimal for Hardened steel-45HRC

Features & Benefits

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Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

SKU: A0129646

Type: Micro Endmill

$87.30

$87.30 ~~$134.31~~

Tax included. Shipping calculated at checkout.

Wide Range
Reliable Services
Proven Trust

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The Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach by Sutton Tools is a Micro Endmill with TiSiN finish. It provides Machine Material 35 to 68HRC and is suitable for Titanium & Titanium alloys - Alpha / Beta alloys.

Overall Length (mm): 50

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Description

4 Flute Micro Endmill R40 N - Corner Radius - Long Reach

Increased feed rates.
Tough coating for long tool life.
Variable helix design for chatter-free machining.
Machine Material 35 to 68HRC.

Specifications

Material: VHM
Finish: TiSiN
Shank Form: HA
Helix Angle: R40
Shank Tolerance: h6
Application: N

Applications

Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)-300HB
Optimal for Steel - Low alloy & cast < 5% of alloying elements-300HB
Optimal for Steel - Low alloy & cast < 5% of alloying elements-350HB
Optimal for Steel - High alloy, cast & tool-200HB
Optimal for Steel - High alloy, cast & tool-325HB
Optimal for Stainless Steel - Duplex-250HB
Optimal for Stainless Steel - Precipitation Hardening-250HB
Optimal for High-temperature alloys - Ni / Co-based-350HB
Optimal for High-temperature alloys - Ni / Co-based-320HB
Optimal for Titanium & Titanium alloys - Alpha / Beta alloys
Optimal for Titanium & Titanium alloys - Beta alloys
Optimal for Hardened steel-45HRC

Specifications

Material: VHM
Finish: TiSiN
Shank Form: HA
Helix Angle: R40
Shank Tolerance: h6
Application: N

Applications

Optimal for Steel - Non-alloy, cast & free cutting (~ 0.75 %C)-300HB
Optimal for Steel - Low alloy & cast < 5% of alloying elements-300HB
Optimal for Steel - Low alloy & cast < 5% of alloying elements-350HB
Optimal for Steel - High alloy, cast & tool-200HB
Optimal for Steel - High alloy, cast & tool-325HB
Optimal for Stainless Steel - Duplex-250HB
Optimal for Stainless Steel - Precipitation Hardening-250HB
Optimal for High-temperature alloys - Ni / Co-based-350HB
Optimal for High-temperature alloys - Ni / Co-based-320HB
Optimal for Titanium & Titanium alloys - Alpha / Beta alloys
Optimal for Titanium & Titanium alloys - Beta alloys
Optimal for Hardened steel-45HRC

Features & Benefits

Payment & Security

Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.

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Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

Sutton E598 4 Flute Micro Endmill 0.1° Carbide TiSiN Long Reach

$87.30

$87.30 ~~$134.31~~

Notice: International shipping is currently unavailable on this site. Please contact sales@aimsindustrial.com.au for a manual quote.

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