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XCP Series Carbide Chamfer End Mill for High Hardness Steel Machining / 6-Flute / Short Type

XCP Series Carbide Chamfer End Mill for High Hardness Steel Machining / 6-Flute / Short Type
  • Volume Discount

[Features]
・The popular high hardness steel chamfer end mill is even more affordable.
・Ideal for chamfering high hardness steel up to 65 HRC. (V-groove machining is not possible because there is no cutting edge at the tip)
・High-efficiency machining is possible by adopting a 6-flute shape.
・Ideal for high speed machining and dry machining of heat-treated steel and high hardness steel due to the coating with high oxidation-resistance temperature and high hardness.
・The finish of the surface roughness of the workpiece after machining is very good.

Technical information

Correct usage of end mill for chamfering and V-groove machining

 

【Questions】

I would like to know the correct usage of the end mill for chamfering and V-groove machining

I often use chamfering and V-grooving end mills for machining parts, but I am troubled by frequent chipping of the blade tip. Please tell me the tips for using the tool.

【Answers】

The followings are important points for chamfering and V-groove machining.

1. Chamfering

・It is necessary to process under the condition settings that consider the maximum depth of cut.
・If the amount of cutting is large, stepwise cutting is recommended.


Chamfering

 


2. V-groove machining

・V-groove machining is mainly considered when using a normal square end mill and when using a dedicated tool.

(1) When using a normal square end mill

It is a method of cutting the V-groove by tilting the tool or workpiece. If high accuracy is not required for the shape of the bottom of the V-groove, machining with a radius or end mill with corner chamfer is also an option.

(2) When using an end mill for V-groove machining

・When using only the tip of the tool, consider the peripheral speed and set a higher rotational speed.
・If the cutting amount is large, stepwise cutting is recommended.

V-groove machining

Recommended Cutting Conditions

●When chamfering holes, use 50% feed under the following chamfering conditions. (Only chamfering)
●Use a machine and chuck that are rigid and highly accurate.
●Select the cutting oil suitable for the work material.
●If the machining machine you are using does not increase the rotational speed, reduce the feed speed and rotational speed by the same ratio.
●Limit the run-out of the blade tip when installing the end mill to within 0.01 mm.

XCP Series Carbide Chamfer End Mill for High Hardness Steel Machining / 6-Flute / Short Type:Related images

XCP Series Carbide Chamfer End Mill for High Hardness Steel Machining / 6-Flute / Short Type:Related images
Part Number
XCP-HSVEM3
XCP-HSVEM4
XCP-HSVEM6
XCP-HSVEM8
XCP-HSVEM10
XCP-HSVEM12
Part NumberMinimum order quantityVolume DiscountDays to ShipTool Diameter (D)
(mm)
Shank Diameter (d) Tip Core Thickness Overall Length L
1 Piece(s)Available 8 Day(s) or more 33≦0.350
1 Piece(s)Available 8 Day(s) or more 44≦0.350
1 Piece(s)Available 8 Day(s) or more 66≦0.360
1 Piece(s)Available 8 Day(s) or more 88≦0.560
1 Piece(s)Available 8 Day(s) or more 1010≦0.565
1 Piece(s)Available 8 Day(s) or more 1212≦0.575

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Specifications/Overview


Ideal for chamfering high hardness steel up to 65 HRC. (V-groove machining is not possible because there is no cutting edge at the tip)
High-efficiency machining is possible by adopting a 6-flute shape.
With a coating that achieves high oxidation-resistance temperature and high hardness, it is ideal for high speed machining and dry machining of heat-treated steel and high-hardness steel.
The finish of the surface roughness of the workpiece after machining is very good.
 

Basic Information

Application Centering (Positioning) / Hole Chamfer / Chamfering / Horizontal Tip angle (θ) 90 work material General Steel / Heat-Treated Steel / High-Hardness Steel / Stainless Steel / Cast Iron
Single blade, two blades Single Blade Peripheral Blade Y/N None Tool Material Type Carbide
Coating Y/N Included Coating Type Ts Diameter Tolerance -0.02 to 0
Tolerance of Shank Diameter h6 CAD data availability(2D/3D) 2D/3D

Tech Support