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Haina processing calculator
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Milling calculator
Turning calculator
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Processing calculator(Turning calculator)
Turning
Milling
Drilling
Click on the required item and enter the value.
T
c
Processing time
P
c
Required power
VC
Cutting speed
n
Spindle speed
f
Feed rate
h
Theoretical surface roughness
H
Horsepower required
Q
Chip discharge
P
Cutting resistance
> Calculation formula ( WEB )
Turning calculator
1. Processing time T
c
[sec]
Outer diameter
end face
Grooving
Cut off the
【 Outer diameter processing 】Processing time T
c
(Constant speed) [sec]
n
[min
-1
]
Spindle speed
f
[mm/rev]
Feed rate
L
[mm]
Processing length
T
c
sec
【 Outer diameter processing 】Processing time T
1
(Constant cutting speed) [sec]
VC
[m/min]
Cutting speed
f
[mm/rev]
Feed rate
L
[mm]
Processing length
D
m
[mm]
Processing diameter
T
1
sec
【 End face machining 】 Processing time T
c
(Constant speed) [sec]
n
[min
-1
]
Spindle speed
f
[mm/rev]
Feed rate
D
1
[mm]
Maximum processing diameter
D
2
[mm]
Min processing diameter
N
pass
Number of passes
T
c
sec
【 End face machining 】 Processing time T
1
(Constant cutting speed) [sec]
VC
[m/min]
Cutting speed
f
[mm/rev]
Feed rate
D
1
[mm]
Maximum processing diameter
D
2
[mm]
Min processing diameter
N
[pass]
Number of passes
T
1
sec
【 Grooving 】 Processing time T
c
(Constant speed) [sec]
n
[min
-1
]
Spindle speed
f
[mm/rev]
Feed rate
D
1
[mm]
Maximum processing diameter
D
2
[mm]
Min processing diameter
T
c
sec
【 Grooving 】 Processing time T
1
(Constant cutting speed) [sec]
VC
[m/min]
Cutting speed
f
[mm/rev]
Feed rate
D
1
[mm]
Maximum processing diameter
D
2
[mm]
Min processing diameter
T
1
sec
【 Cut processing 】 Processing time T
c
(Constant speed) [sec]
n
[min
-1
]
Spindle speed
f
[mm/rev]
Feed rate
D
1
[mm]
Maximum processing diameter
T
c
sec
【 Cut processing 】 Processing time T
1
(Constant cutting speed) [sec]
VC
[m/min]
Cutting speed
f
[mm/rev]
Feed rate
D
1
[mm]
Maximum processing diameter
D
3
[mm]
Maximum speed time diameter
T
1
sec
【 Cut processing 】 Processing time T
2
(Constant cutting speed, Maximum speed) [sec]
T
1
[sec]
Processing time
f
[mm/rev]
Feed rate
D
3
[mm]
Maximum speed time diameter
n
max
[min
-1
]
Maximum spindle speed
T
2
sec
2. Required power P
c
[kW]
VC
[m/min]
Cutting speed
f
[mm/rev]
Feed rate
ap
[mm]
Cut deep
K
C
[MPa]
Specific cutting resistance
[P]:Non-alloy steel 1,500MPa
[P]:Low-alloy steel 2,000MPa
[P]:High alloy steel 3,000MPa
[M]:Austenite system 2,000MPa
[M]:Ferritic system 2,500MPa
[K]:Malleable cast iron 900MPa
[K]:Gray cast iron 1,200MPa
[K]:Nodular cast iron 1,500MPa
[N]:Aluminum alloy 500MPa
[N]:Copper alloy 900MPa
[S]:Ti base 1,400MPa
[S]:Fe base 2,500MPa
[S]:Ni base 2,800MPa
[S]:Co base 3,000MPa
[H]:High hardness steel 3,300MPa 50-55HRC
[H]:High hardness steel 4,500MPa 60-63HRC
[H]:High hardness cast iron 3,500MPa
Ƞ
[%]
Mechanical power (70-85)
P
c
kW
3. Cutting speed vc [m/min]
n
[min
-1
]
Spindle speed
D
m
[mm]
Processing diameter
vc
m/min
4. Spindle speed n [min
-1
]
VC
[m/min]
Cutting speed
D
m
[mm]
Processing diameter
n
min
-1
5. Feed rate f [mm/rev]
VC
[m/min]
Cutting speed
l
[mm/min]
Processing length per minute
D
m
[mm]
Processing diameter
f
mm/rev
6. Theoretical surface roughness h [μm]
f
[mm/rev]
Feed rate
RE
[mm]
Tool nose radius
h
μm
7. Horsepower required H [HP]
P
c
[Kw]
Required power
H
HP
8. Chip discharge Q [cm
3
/min]
VC
[m/min]
Cutting speed
f
[mm/rev]
Feed rate
ap
[mm]
Cut deep
Q
cm
3
/min
9. Cutting resistance P [kN]
f
[mm/rev]
Feed rate
ap
[mm]
Cut deep
K
c
[MPa]
Specific cutting resistance
[P]:Non-alloy steel 1,500MPa
[P]:Low-alloy steel 2,000MPa
[P]:High alloy steel 3,000MPa
[M]:Austenite system 2,000MPa
[M]:Ferritic system 2,500MPa
[K]:Malleable cast iron 900MPa
[K]:Gray cast iron 1,200MPa
[K]:Nodular cast iron 1,500MPa
[N]:Aluminum alloy 500MPa
[N]:Copper alloy 900MPa
[S]:Ti base 1,400MPa
[S]:Fe base 2,500MPa
[S]:Ni base 2,800MPa
[S]:Co base 3,000MPa
[H]:High hardness steel 3,300MPa 50-55HRC
[H]:High hardness steel 4,500MPa 60-63HRC
[H]:High hardness cast iron 3,500MPa
P
kN
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