The metal lathe 3 jaw chuck uses end-face clamping to effectively prevent deformation of thin-walled workpieces during clamping.
The internal compensation structure automatically adjusts when metal lathe 3 jaw chuck clamping workpieces with irregular end faces.
The 3 jaw metal lathe chuck center features a through-hole, allowing for the installation of a workpiece airtight seating device or air injection.
Model
|
A
|
B
|
B1
|
C |
D
|
F
|
G1
|
H
|
J
|
k
|
L1 |
L2
|
M1 |
M2
|
M3 | M4 | R |
S
|
J
|
|
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
max
|
min
|
|||||||||||||||||||
3ZX-06
|
165
|
86
|
128
|
140
|
104.8
|
45
|
70
|
50
|
14
|
28
|
21
|
15
|
36-56
|
M16 |
M10
|
M10
|
3-M6
|
64
|
57.5 |
40
|
3ZX-08
|
210
|
90
|
145
|
170
|
133.4
|
56
|
75
|
55
|
16
|
38 |
20
|
18 |
50-70
|
M20 |
M12
|
M12 |
3-MB
|
104 |
77.5
|
53.5
|
3ZX-10
|
254
|
95
|
160
|
220
|
171.4
|
70
|
50
|
24 |
M16
|
6-MB
|
140 |
99.5
|
75.5
|
Model
|
Wedge heart stroke(mm)
|
Jaw stroke
diameter(mm) |
Maximum allowable
push-pull force KN(kgf) |
Maximum clamping
force KN(kgf) |
Maximum Rotational
Speed (r/min) |
Clamping range(mm)
|
Inertia (Kg·m2)
|
Weight (Kg)
|
Applicable hydraulic cylinder
|
Maximum operating
pressure Mpa(kgf) |
---|---|---|---|---|---|---|---|---|---|---|
3ZX-06
|
12
|
8
|
9(920)
|
7.5(765)
|
4000
|
55-79
|
0.05
|
12
|
SY-100
|
1.2(12)
|
3ZX-08
|
18(1835)
|
16.5(1680)
|
3500
|
75-106
|
0.14
|
23
|
2.5(25)
|
|||
3ZX-10
|
119-150
|
0.31
|
33
|
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