VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model)

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VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model):Related Image

Features of VAC Unequal Leads

VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model):Related Image

Unequal Leads + Unequal Division = Suppressed Chatter Vibration!

Design with Features to Suppress Vibration with Readily Vibrating Objects
Clean surface finish of machined objects!

[ What are unequal leads? ]
By changing the twist angles of each cutting edge of the same end mill, attenuation of generated vibrations is encouraged which leads to suppressed chatter.

 

VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model):Related Image
[ What are unequal divisions? ]
The periodicity of the tool vibrations when cutting are cancelled by making the divisions at the bottom of the blade unequal

 

VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model):Related Image
Processing Method Side Milling Work Material SUS304 Coolant Water-Soluble
Number of revolutions 4100min-1 Feed 430mm/min Cut Volume Ad:9mm Rd:0.3mm
[ Chatter Vibration Comparison ]
Drastically reduced tool vibration by adopting unequal leads / unequal divisions. Capable of even more stable machining

●Work Material: for S45C (HRc20)

VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model):Related Image

Processing Method Side Milling Number of revolutions 4700min-1 Feed 770mm/min Cut Volume Ad:9mm 
Rd:1.2mm

●Work Material: for SUS304

VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model):Related Image

Processing Method Side Milling Number of revolutions 4100min-1 Feed 430mm/min Cut Volume Ad:9mm 
Rd:1.2mm

VAC Unequal Leads - Machining Test Results

VAC Unequal Lead End Mill (φ10) Cutting Example

VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model):Related Image

Work Material SUS304 Processing Method Side Face Cutting Coolant Water-Soluble
Number of revolutions 3183min-1 Feed 509mm/min Cut Volume Ad:10mm Rd:5mm
Teilenummer
VAC-FMS-VHEM4R3
VAC-FMS-VHEM4R4
VAC-FMS-VHEM4R5
VAC-FMS-VHEM4R6
VAC-FMS-VHEM4R8
VAC-FMS-VHEM4R10
VAC-FMS-VHEM4R12
VAC-FMS-VHEM4R14
VAC-FMS-VHEM4R16
VAC-FMS-VHEM4R18
VAC-FMS-VHEM4R20
VAC-FMS-VHEM4R25
Teilenummer
Standard-Stückpreis
MindestbestellmengeMengenrabatt
Reguläre
Versanddauer
?
Outer Diameter (D)
(φ)
Flute Length (ℓ)
(mm)
Shank Diameter (d)
(mm)
Overall Length (L)
(mm)
Figure

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22.46 €

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23.97 €

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26.19 €

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37.14 €

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1 Verfügbar 5 Arbeitstage 102210722

63.86 €

1 Verfügbar 5 Arbeitstage 122612832

80.26 €

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117.30 €

1 Verfügbar 5 Arbeitstage 163216922

159.84 €

1 Verfügbar 5 Arbeitstage 183218922

170.48 €

1 Verfügbar 5 Arbeitstage 2038201042

235.71 €

1 Verfügbar 5 Arbeitstage 2538251042

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Spezifikationen

VAC Series Carbide Uneven Lead End Mill for Difficult-to-Cut Materials (Regular Model):Related Image

Model Number
VAC-FMS-VHEM4R

Model Number   Flute Length ℓ Overall Length L Shank Diameter d Figure
Flute Diameter D
VAC-FMS-VHEM4R 3 8 57 6 1
4 11 57 6 1
5 13 57 6 1
6 13 57 6 2
8 19 63 8 2
10 22 72 10 2
12 26 83 12 2
14 26 83 14 2
16 32 92 16 2
18 32 92 18 2
20 38 104 20 2
25 38 104 25 2

Anwendungsbeispiel


High efficiency machining can be realized by suppressing chattering through the use of "unequal lead."
Smooth chip discharge is achieved using an optimum groove geometry.
 [ ! ]The electrical conductivity is minimal.

Grundlegende Informationen

Work Material General Steel / Heat-Treated Steel / Edelstahl / Gusseisen / Aluminum Alloy / Titanium Alloy / Copper Alloy Number of Flutes(sheet) 4 Model Quadratisch
Processing Applications Flat Surface / Side Surface / Nut / Thrust (Z-Feed) / Inclined Cutting / Countersunk

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