2mm Diameter Slot Drill 3 Flute HSS High Speed Steel 8% Cobalt TiAlN Coated

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Model: GS3-06020051
Brand: APT Tools

Shipped Weight: 25 g

Availability:

In stock, immediate despatch

APT Tools

Tools for Indexable Inserts

2mm Diameter Slot Drill 3 Flute HSS High Speed Steel 8% Cobalt TiAlN Coated.

6mm Shank Diameter, 7mm Flute Length, 51mm Overall Length.

Centre Cutting with Flatted Weldon Shank. These Milling Cutters, End Mills are Made using High Quality High Speed Steel with TiAlN Coating.

Suitable for Carbon, Alloy and Tool Steel up to 40HRC. Can also be used on Aluminium and Copper Alloys but consider un-coated cutters for non-ferrous materials.

Dimensions for GS3-06020051 (mm)

Diameter	Shank Dia	Length	Flute Length	No of Flutes
2.0	6.0	51	7.0	3

Recommended Speeds and Feeds for Slot Milling.

Plain Carbon Steel <500N/mm2	Carbon Steel, Alloy Steel 20HRC <800N/mm2	Alloy Steel, Tool Steel 30HRC <1000N/mm2	Alloy Steel, Tool Steel 40HRC <1300N/mm2	Aluminium & Aluminium Alloys
RPM 7900 Feed 50 mm/min	RPM 6300 Feed 35mm/min	RPM 5600 Feed 30 mm/min	RPM 3100 Feed 15 mm/min	RPM 16800 Feed 150 mm/min

For slot milling, if depth of cut is more that 0.5D then reduce the recommended feed rate, start with 75% of the above values then increase to the above values to find the ideal parameters for your setup ideally the max run out should max <0.010mm with the maximum rigidity possible.

If the machine can't make the RPM then try the following Vf=fz*n*z (n=actual RPM of the machine)

Recommended Speeds and Feeds for Side Milling.

Plain Carbon Steel <500N/mm2	Carbon Steel, Alloy Steel 20HRC <800N/mm2	Alloy Steel, Tool Steel 30HRC <1000N/mm2	Alloy Steel, Tool Steel 40HRC <1300N/mm2	Aluminium & Aluminium Alloys
RPM 7850 Feed 85 mm/min	RPM 6300 Feed 55 mm/min	RPM 5600 Feed 50 mm/min	RPM 3100 Feed 20 mm/min	RPM 16800 Feed 250 mm/min

For slide milling, if depth of cut is more that 1.5D then reduce the recommended feed rate, start with 75% of the above values then increase to the above values to find the ideal parameters for your setup ideally the max run out should max <0.010mm with the maximum rigidity possible.