Cemented carbide cutting tools

Through years of research, Ms. Qin Hanmei, the founder, discovered that the addition of rhenium element to hard alloys for cutting has led to a significant breakthrough in tool performance, characterized by three major features: high temperature resistance, high strength, and high hardness.

Super carbide cutting tools


VSM-4R

Four-Flute Unequal-Tooth-Pitch Round End Mill


With large spiral Angle structure, it is most suitable for machining stainless steel, nickel-based superalloy and other difficult cutting materials.

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Classification:

Series VSM


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Accessories:


VSM-4R Four-Flute Unequal-Tooth-Pitch Round End Mill  38°,41°

 

With large spiral Angle structure, it is most suitable for machining stainless steel, nickel-based superalloy and other difficult cutting materials.

 

 

Model D(mm) R d(mm) H(mm) L(mm) β Teeth Z Stock
VSM-4R-D6.0R0.5-X1 6.0  0.5  6.0  16 50 ∠38°∠41° 4 o
VSM-4R-D6.0R1.0-X1 6.0  1.0  6.0  16 50 ∠38°∠41° 4 o
VSM-4R-D8.0R0.5-X1 8.0  0.5  8.0  20 60 ∠38°∠41° 4 o
VSM-4R-D8.0R1.0-X1 8.0  1.0  8.0  20 60 ∠38°∠41° 4 o
VSM-4R-D10.0R0.5-X1 10.0  0.5  10.0  25 75 ∠38°∠41° 4 o
VSM-4R-D10.0R1.0-X1 10.0  1.0  10.0  25 75 ∠38°∠41° 4 o
VSM-4R-D10.0R2.0-X1 10.0  2.0  10.0  25 75 ∠38°∠41° 4 o
VSM-4R-D12.0R0.5-X1 12.0  0.5  12.0  30 75 ∠38°∠41° 4 o
VSM-4R-D12.0R1.0-X1 12.0  1.0  12.0  30 75 ∠38°∠41° 4 o
VSM-4R-D12.0R2.0-X1 12.0  2.0  12.0  30 75 ∠38°∠41° 4 o
VSM-4R-D16.0R1.0-X1 16.0  1.0  16.0  45 100 ∠38°∠41° 4 o
VSM-4R-D16.0R2.0-X1 16.0  2.0  16.0  45 100 ∠38°∠41° 4 o
VSM-4R-D16.0R3.0-X1 16.0  3.0  16.0  45 100 ∠38°∠41° 4 o
VSM-4R-D20.0R1.0-X1 20.0  1.0  20.0  45 100 ∠38°∠41° 4 o
VSM-4R-D20.0R2.0-X1 20.0  2.0  20.0  45 100 ∠38°∠41° 4 o
VSM-4R-D20.0R3.0-X1 20.0  3.0  20.0  45 100 ∠38°∠41° 4 o

● Stock  o Make-to-order

 

Work Piece List

Work Piece

Carbon

Steel

Alloy

Steel

Pre-hardened Steel, Hardened Steel

Stainless

Steel

Cast Iron

Copper alloy

aluminum alloy

magnesium alloy

and other non-ferrous metals

High-speed

Steel

Special

Steel

Calorite Superalloy

Titanium

Alloy

Refractory

Alloy

High

Hardness

Material

-40HRC -50HRC -55HRC -68HRC
◎ ◎         ◎         ◎   ◎    

◎Best Fit  oFit

 

VSM-4R Cutting Data

Work Piece

Processing

Method

Cutting Value(mm) Diameter 6 8 10 12 16

Carbon Steel

Alloy Steel

Side Milling ap≤1.5D
ae≤0.4D
Rotate Speed(min-1) 5300 3900 3100 2600 1900
Cutting Speed(m/min) 100 98 97 98 95
Feed Speed(mm/min) 750 700 640 600 520
Slot Milling ap≤0.5D
ae≤1D
Rotate Speed(min-1) 5300 3900 3100 2600 1900
Cutting Speed(m/min) 100 98 97 98 95
Feed Speed(mm/min) 450~600 420~560 384~512 360~480 312~416
Stainless Steel Side Milling ap≤1.5D
ae≤0.4D
Rotate Speed(min-1) 2700 2000 1600 1300 1000
Cutting Speed(m/min) 51 50 50 49 50
Feed Speed(mm/min) 200 210 210 170 150
Slot Milling ap≤0.5D
ae≤1D
Rotate Speed(min-1) 2700 2000 1600 1300 1000
Cutting Speed(m/min) 51 50 50 49 50
Feed Speed(mm/min) 120~160 126~168 126~168 102~136 90~120

Calorite

Titanium alloy

Side Milling ap≤1.5D
ae≤0.05D
Rotate Speed(min-1) 2470 1820 1430 1235 935
Cutting Speed(m/min) 39 46 45 47 47
Feed Speed(mm/min) 120 130 130 110 90
Slot Milling ap≤0.2D
ae≤1D
Rotate Speed(min-1) 2470 1820 1430 1235 935
Cutting Speed(m/min) 39 46 45 47 47
Feed Speed(mm/min) 72~96 78~104 78~104 66~88 54~72

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