High Performance Vertical Turning Center
The vertical turning center is designed for long term accuracy,
heavy duty cutting and to minimize floor space.
Its powerful spindle drives, meehanite casting and integral
box guide way provide unsurpassed rigidity.
02
New Standard for Unsurpassed High Productivity,
High Speed and High Precision
03
PUMA V400 series
Main Spindle
Main spindle power-torque diagram
30
22 kW(30 min.)
OUTPUT (kW)
20
10
18.5 kW(cont.)
.m
N
.4
0
73
T=
14
6
T=
.m
N
3
2
50
100
200 287.5
1000 1725
3000
SPINDLE SPEED (r/min)
40
(Low-Speed winding)
(22 kW S3 15min.) 22 kW S3 30min.
Max. spindle speed
Motor (30 min)
3000 r/min 22 kW (29.5 Hp)
Rigidity Bed and Wide Working Range
N.
m
N.
4
T=
61
T=
5
18.5 kW Cont.
(13kW Cont.)
N.
m)
(T=
10
51
N
.m
)
73
0
10
(T=
62
1
The cartridge type spindle with A2#8 spindle nose assures high
capability and easy of maintenance. Especially rigid coupled
bearing assembly is to support heavy weight workpiece and
reduces thermal growth in long run operation.
OUTPUT (kW)
m
20
1
20
200 288
1725 3000
SPINDLE SPEED (r/min)
PUMA V400/V400M
Machining range
A : Max. turning diameter
496 (420) mm
(19.53 (16.54) inch)
B : Max. turning length
461 (400) mm
X-axis travel
268 mm
(18.15 (15.75) inch)
(10.55 inch)
Z-axis travel
488 mm
(19.21 inch)
Meehanite cast iron bed and integral box guideways
provide the rigid foundation needed for superior precision,
deep cutting and rugged dependability. The heavily-ribbed
and exclusive bed design provides unsurpassed rigidity,
enabling heavy cutting and assuring stability for exceptional
accuracy and superior
04
( ) : on PUMA V400M
Rapid Traverse
X-axis
20 m/min
(787.4 ipm)
Z-axis
20 m/min
(787.4 ipm)
BMT Turret (PUMA V400M)
Rotary tool spindle power-torque diagram
0.15 s
5
No. of tool station
12 (12+12)
*1
8 (8+8)
*1
4
5.5 kW
(15min, S3 60%
Operating Zone)
47 N.
m
6
OUTPUT (kW)
Index time (1-station swivel)
3.7 kW
3
2
.7
33
.m
N
1
stations
stations (opt)
*1 : PUMA V400-2SP
0
425
1000
1115
1.5 kW
2000
3000
4000
SPINDLE SPEED (r/min)
PUMA V400M BMT65P rotary spindle
PUMA V400M Radial BMT Turret
The large 12 station heavy duty turret features a large diameter Curvic coupling
and heavy duty design with unsurpassed rigidity. Turret rotation, acceleration
and deceleration are all controlled by a reliable high torque servo motor.
Unclamp and rotation are virtually simultaneous. Its fast index response reduces
the total cycle time
Rotary Tool Head
1.5 kW
(Continuous Operating Zone)
PUMA V400M : BMT65P
Preci-flex adapter application
The new rotary tool head confirms the high rigidity
and accuracy by simultaneous dual contact
between the rotary tool head face and tool holding
insert (called Preci-flex adapter) flange face as well
as tool head pocket taper
Collet application
Double-Paneled Safety Window
The operator safety can be enhanced through the front door with its shock
absorbing laminated glass and double panel construction. The windows
without grating also provide a clear view of the machine inside.
05
PUMA V550 series
Main Spindle
37 kW
26 kW
N.
m
8
T=
69
5.
10
37 kW 30min
N.
m
50
40
30
20
T=
27
63
.6
OUTPUT (kW)
Main spindle power-torque diagram
2
30
128
100
128
389 511
500 1000
500
511
1556
2000
2000
SPINDLE SPEED (r/min)
Max. spindle speed
Motor (30 min)
2000 r/min 37 kW (49.6 Hp)
The cartridge-type precision spindle is assembled in a temperature controlled clean room. Four rows of high precision roller bearings and two rows
of angular contact thrust bearings support the A2#11 American standard type spindle nose. The entire assembly is per-manently grease lubricated,
which eliminates routine maintenance and reduces thermal growth. Twin spindle model(PUMA V550-2SP) have an independent direct drive
system for each spindle. This permits either synchronous or asynchronous operation to double your productivity, or to machine complete
components from each unit.
Rigidity Bed and Wide Working Range
X-axis travel
390 (490)
*1
mm
Machining range
(15.35 (19.29) inch)
A : Max. turning diameter
730 mm
(28.74 inch)
Z-axis travel
B : Max. turning length
780 mm
750 mm
(30.71 inch)
(29.53 inch)
*1 : PUMAV550M
Rapid Traverse
X-axis
The one piece bed and box type column castings are rigid
and heavily ribbed. Meehanite cast iron. These castings
remain stable even under the heaviest cutting conditions.
Fine grained Meehanite cast iron is used for its excellent
vibration absorbing characteristics. The cross slide body is
fully supported by the saddle in all positions and there is
no table overhang.
06
20 m/min (787.4 ipm)
* only PUMA V550M : 12 m/min (472.4 ipm)
Z-axis
16 m/min (629.9 ipm)
BMT Turret (PUMA V550M)
Rotary tool spindle power-torque diagram
8 (8+8)
1
*1
*1 : PUMA V550-2SP : 8+8
0
T=1
40
T=
9
5.5 kW
750 1000
2000 2250
3000
SPINDLE SPEED (r/min)
PUMA V550M BMT75P rotary spindle
PUMA V550M Radial BMT Turret
The turret features BMT75P style
tooling in which the toolholders
are mounted directiy to the
turret's periphery using 4 large
bolts. This type of mounting
system allows a extremely high
degree of rigidity.
The large 8 station heavy duty turret features a large diameter
Curvic coupling and heavy duty design with unsurpassed
rigidity. Turret rotation, acceleration and deceleration are all
controlled by a reliable high torque servo motor. Unclamp and
rotation are virtually simultaneous. Its fast index response
reduces the total cycle time required to machine parts.
Index time (1-station swivel)
0.25 s
Preci-Flex Ready Rotary Tools
7.5 kW
N.
m
3
5.5 kW (Continuous Operating Zone)
9.5 kW
T=
70
5
No. of tool station
stations
7.5 kW (30 min, S3 60% Operating Zone)
5. 5
7
11 kW (10 min, Operating Zone)
N .m
9
OUTPUT (kW)
0.15 s
11
N .m
13
Index time
(1-station swivel)
No. of tool station
12 stations
Preci-flex adapter application
Preci-Flex ready rotary tool holders are available on the milling
versions. Preci-Flex is a tooling system utilizes the existing ER collet
taper in the rotary holders. The spindle face is precision ground
relative to the taper and there are four drilled and tapped holders
in this face. The Preci-Flex adapters locate on both the taper and
the spindle face for maximum rigidity.
Collet application
Double-Paneled Safety Window
The operator safety can be enhanced through the front door with its shock
absorbing laminated glass and double panel construction. The windows
without grating also provide a clear view of the machine inside.
07
Tooling System
Unit: mm (inch)
PUMA V400/V400-2SP
Boring Bar
Boring Bar
Sleeves
O.D Tool
Clamper
ø12-H50 ø25-H50
ø16-H50 ø32-H50
ø20-H50 ø40-H50
12st Turret
ø50(2.0)
Boring Bar
Extended
O.D Tool Holder
I.D Tool Holder
(H50)
O.D Tool
□25
Drill Sockets
Drill
MT#1 MT#2
MT#3 MT#4
Face Tool Holder
ø40 (1.6)
U-Drill
8st Turret
U-Drill Sleeves
ø20(0.8) ø25(1.0)
ø32(1.3) ø40(1.6)
U-Drill Cap
PUMA V400M
Boring Bar
Boring Bar
Sleeves
ø10-H40 ø20-H40
ø12-H40 ø25-H40
ø16-H40 ø32-H40
ø40 (1.6)
I.D Tool Holder
(H40)
Straight
Milling Head
Collet Adapter
Angular
Milling Head
Milling Arbor
Adapter
Dummy Plug
Weldon Adapter
(ID20)
Drill Sockets
Drill
øMT#1-H40
øMT#2-H40
øMT#3-H40
Collet(ER32)
U-Drill Sleeves
U-Drill
ø20-H40 ø25-H40
ø32-H40
ø40 (1.6)
U-Drill Cap
O.D Tool
□25
O.D Tool Holder
Face Tool Holder
08
12st Turret
(BMT 65P)
O.D Tool
□25
ø3(0.1) ø4(0.2)
ø5(0.2) ø6(0.2)
ø7(0.3) ø8(0.3)
ø9(0.4) ø10(0.4)
ø11(0.4) ø12(0.5)
ø13(0.5) ø14(0.6)
ø15(0.6) ø16(0.6)
ø17(0.7) ø18(0.7)
ø19(0.7) ø20(0.8)
Unit: mm (inch)
PUMA V550/V550-2SP
O.D Tool
□32
O.D Tool Clamper
Boring Bar
Extended
O.D Tool Holder
Facing Tool Holder
Boring Bar Sleeves
ø12*1-H60 ø25-H60
ø16-H60 ø32-H60
ø20-H60 ø40-H60
I.D Tool Holder(H60)
8st Turret
ø60(2.4)
Boring Bar
10st Turret
12st Turret
Drill Sockets
Drill
MT#2 MT#3
MT#4 MT#5
U-Drill
ø25(1.0) ø32(1.3)
ø40(1.6) ø50(2.0)
U-Drill Sleeves
U-Drill Cap
PUMA V550M
O.D Tool
□25
O.D Tool Holder
Face Tool Holder
Collet Adapter
ø60 (2.4)
Straight
Milling Head
Boring Bar Sleeves
Boring Bar
ø10-H60
ø12-H60
ø16-H60
ø20-H60
ø25-H60
ø32-H60
ø40-H60
ø50-H60
I.D Tool Holder
(H60)
12st Turret
(BMT 75P)
Drill Sockets
Drill
MT#2-H60 MT#3-H60
MT#4-H60 MT#5-H60
Angular
Milling Head
Milling Arbor
Adapter
Weldon Adapter
Milling Collet
U-Drill Sleeves
U-Drill
ø25(1.0) ø32(1.3)
ø40(1.6) ø50(2.0)
Plug
U-Drill Cap
ER 40
ø3(0.1)~
ø25(1.0)
Note) Above tooling system is our recommendation.
Depenading on export condition, the standard tooling packed with the machine can be different.
09
Tool Interference Diagram
Unit: mm (inch)
PUMA V400/V400-2SP
(1) PUMA V400 : 12 stations
(2) PUMA V400 : 8 stations
Ø195.4(7.7)
Ø496(19.5)
248 (9.8)
248 (9.8)
Ø312.8(12.3)
Ø206.3(8.1)
197(7.8)
Ø424(16.7)
237(9.3)
)
7(0.3
)
7(0.3
(1
25.0)
(1
40 70(2.8)
(1.6)
0
(2
50.0)
5 .0)
(2
40
(1.6)
197(7.8)
237(9.3)
Ø206.3(8.1)
40
(1.6)
Ø424(16.7)
40
(1.6)
197(7.8)
Ø386(15.2)
197(7.8)
237(9.3)
PUMA V400M
PUMA V550M
.6)
0(1
Ø4
(STROKE) 490(19.3)
Ø487(19.2)
Ø627.3(24.7)
Ø386(15.2)
237(9.3)
Ø223.5(8.8)
Ø469(18.5)
Ø620.3(24.2)
268(10.6)(STROKE)
20(0.8)
Ø312.8(12.3)
25.0)
40
(1.6)
Ø614(24.2)
Ø620.3(24.2)
Ø496(19.5)
268(10.6)(STROKE)
20(0.8)
Ø50(2
.0)
40 70(2.8)
(1.6)
Ø195.4(7.7)
40(
1.6
)
40 .6)
(1
40(
0)
1.6
Ø50(2.
)
268(10.6)(STROKE)
248(9.8)
8)
(2.
70
8)
(2.
70
268(10.6)(STROKE)
248(9.8)
20(0.8)
0)
Ø50(2.
20(0.8)
Ø50(2
.0)
50 7
(2.0) (0.3)
Ø614(24.2)
Ø496(19.5)
Ø327.1(12.9)
25
(1.0)
Ø614(24.2)
50 7
(2.0) (0.3)
Ø614(24.2)
25
(1.0)
40 .6)
(1
Ø496(19.5)
Ø327.1(12.9)
Ø262.4(10.3)
6)
(1.
40
6)
(1.
40
Ø262.4(10.3)
(+OT) 435(17.1)
(RP) 415(16.3) (-OT) 55 (2.2)
20 (0.8)
Ø60(2.4)
7
(0.3) 90(3.5
)
60
)
(2.4
58
(2.3)
210(8.3)
268(10.6)(STROKE)
35 75
(1.4) (3.0)
71
)
(2.8
112
(4.4
)
Ø258.7(10.2)
Ø257.6(10.1)
Ø240.6(9.5)
Ø179.8(11.0)
Ø26(1.0)
Ø63(2.5)
.0)
25(1
182.5(7.2)
Ø242.8(9.6)
.3)
85(3
150(5.9)
Ø8
00
(31
.5)
(M
AX
.T
UR
NIN
G)
112
(4.4
)
50(2
.0)
Ø5
50
(2
1.
7)
112
(4.4
)
47
(1.9 60
)(2.4
)
.0)
26(1
72
(2.8
)
60
)
71 (2.4
)
(2.8
)
(4.4
112
Ø420(16.5)
72(2.8)
Ø50(2.0)
60 50
(2.4)(2.0)
112(4.4)
Ø242.5(9.5)
Ø775(30.5)(MAX. TOOL SWING)
Ø220.4(8.7)
490(19.3)
50 40
(2.0) (1.6)
215(8.5)
85(3.3)
405(15.9)
795(31.3)
PUMA V550/V550-2SP
(1) PUMA V550 : 8 stations
(2) PUMA V550 : 10 stations
)
(25.6
ø650
25.6)
Ø650(
50 75
(2.0)(3.0)
Ø3
07
(20
.1)
50 75
(2.0)(3.0)
50 )
(2.0
240(9.4)
23.2)
Ø590(
10
255(10.0)
Ø2
45
.9(
9.7
)
Ø5
30
(20
.9)
Ø730(28.7)
Ø2
73.3
(10
.8)
40
(1.6)
255(10.0)
365(14.4)
390(15.4)(X-STROKE)
25
(1.0)
365(14.4)
390(15.4)(X-STROKE)
50 (2
.0)
ø640 (25.2)
ø50 (2.0)
.2)
(23
90
ø5
370 (14.6)
390 (15.4)
50 245 (9.6)
(X-AXIS STROKE) (2.0)
Ø2
73.3
(10
.8)
40
(1.6)
Ø730(28.7)
Ø60(2.4)
Ø3
83
(15
.1)
370(14.6)
50
390(15.4)(X-AXIS STROKE) (2.0)
20 (0.8)
Ø730(
28.7)
55 40
(2.2)(1.6)
23.2)
Ø768(30.2) Ø590(
.1)
(18
60
Ø4
20(0.8)
240(9.4)
Ø6
0(2
.4)
)
9.1
(2
40
Ø7
370(14.6)
50
390(15.4)(X-AXIS STROKE) (2.0)
(3) PUMA V550 : 12 stations
ø740 (29.1)
7
(3. 5 5
0()2 0
.0)
ø380 (15.0)
Ø2
45
.9(
9.7
)
Ø5
30
(20
.9)
Ø730(28.7)
.4)
(12
14
ø3
Ø730(
28.7)
55 40
(2.2)(1.6)
)
9.1
(2
40
ø7
Ø3
83
(15
.1)
50 )
(2.0
Ø4
25
(16
.7)
ø3
48
(13
.7)
Ø60(2.4)
.1)
(18
60
Ø4
25.6)
Ø650( 20(0.8)
Ø730(28.7)
Ø6
0(2
.4)
)
9.1
(2
40
Ø7
Ø768(30.2)
.2)
55 (2
.6)
40 (1
Ø4
25
(16
.7)
Ø3
07
(20
.1)
25
(1.0)
Working Ranges
Unit: mm (inch)
PUMA V400/V400-2SP
7(0.3)
488(19.2)
623(24.5)
128(5.0)
130(5.1)
623(24.5)
HC-12
106(4.2)
106(4.2)
HC-12
40
(1.6)
20(0.8)
268(10.6)
128(5.0)
268(10.6)
(X-AXIS STROKE)
106(4.2)
HC-12
40 70
(1.6) (2.8)
110(4.3)
90(3.5)
488(19.2)(Z-AXIS STROKE)
488(19.2)(Z-AXIS STROKE)
623(24.5)
40
(1.6)
228(9.0)
20
268(10.6)
(0.8)
(X-AXIS STROKE)
128(5.0)
20
(0.8)
ID tool holder range
5(0.2)
Extended OD tool holder range
30(1.2)
7(0.3)
OD tool holder range
PUMA V400M
58
(2.3)
20(0.8)
72
128(5.0)
155(6.1)
268(10.6) (2.8)
(X-AXIS STROKE)
HC-12
106(4.2)
HC-12
106(4.2)
HC-12
128(5.0)
72(2.8) 488(19.2)(Z-AXIS STROKE) 28(1.1)
106(4.2)
588(23.1)
268(10.6)
Angular milling head
488(19.2)
588(23.1)
6(0.2)
72
268(10.6) (2.8)
(X-AXIS STROKE)
106(4.2)
HC-12
Straight milling unit
128(5.0)
78(3.1) 488(19.2)(Z-AXIS STROKE) 22(0.9)
588(23.1)
20(0.8)
488(19.2)
525(20.7)
588(23.1)
35
(1.4) 75(3.0)
110(4.3)
20(0.8)
128(5.0)
67(2.6)
58
(2.3) 190(7.5)
268(10.6)
ID tool holder range
3033
(1.2)(1.3)
OD tool holder range
PUMA V550/V550-2SP
HC-15
Spindle nose
340(13.4)
30(1.2)
750(29.5)
HC-15
Spindle nose
780(30.7)(Z-AXIS STROKE)
20(0.8)
8(0.3)
30
(1.2)
8(0.3)
30(1.2)
30(1.2)
750(29.5)
340(13.4)
780(30.7)(Z-AXIS STROKE)
20(0.8)
780(30.7)(Z-AXIS STROKE)
30(1.2)
Spindle nose
390(15.4)
(X-AXIS STROKE) 50(2.0)
100(3.9)
143(5.6) 34(1.3)
HC-15
ID tool holder range
390(15.4)
(X-AXIS STROKE) 75(3.0)
143(5.6) 34(1.3)
340(13.4)
750(29.5)
20(0.8)
Extended OD tool holder range
8(0.3)
30(1.2)
390(15.4)
(X-AXIS STROKE) 50(2.0)
143(5.6) 34(1.3)
OD tool holder range
PUMA V550M
ID tool holder range
(X-AXIS STROKE)
HC-15
55(2.2)
57.5(2.3)
29(1.1)
60(2.4)
415(16.3)
20(0.8)
490(19.3)
780(30.7)(Z-AXIS STROKE)
751(29.6)
55(2.2)
143(5.6)
2(0.1)
HC-15
60(2.4)
415(16.3)
20(0.8)
490(19.3)
107(4.2)
57.5(2.3)
29(1.1)
780(30.7)(Z-AXIS STROKE)
751(29.6)
HC-15
(X-AXIS STROKE)
143(5.6)
2(0.1)
(X-AXIS STROKE)
55(2.2)
Angular milling head
165(6.5)
50(2.0)
29(1.1)
50
(2.5) 40(1.6)
60(2.4)
415(16.3)
20(0.8)
490(19.3)
780(30.7)(Z-AXIS STROKE)
751(29.6)
57(2.2)
Straight milling unit
110(4.3)
143(5.6)
2(0.1)
143(5.6)
2(0.1)
780(30.7)(Z-AXIS STROKE)
751(29.6)
29(1.1)
90(3.5)
28.5(1.1)
OD tool holder range
60(2.4)
415(16.3)
20(0.8)
490(19.3)
55(2.2)
(X-AXIS STROKE)
HC-15
11
External Dimension
Unit: mm (inch)
PUMA V400/M
Top view
Front view
Side view
(END POSITION OF Z-SLIDING COVER)
600(23.6)
400(15.7)
2798(110.2)
1085(42.7)
1795(70.7)
3210(126.4)
128(5.0)
5(0.2)
1016(40.0)
2075(81.7)
2722(107.2)
1190(46.9)
488(19.2)
1730.5(68.1)
375(14.8)
65(2.6)
1475(58.1)
1670(65.7)
(DOOR OPENED STATE)
195(7.7)
360(14.2)
340(13.4) 425(16.7)
1460(57.5)
1865(73.4)
1492.3(58.8)
1000(39.4)
Note) Right Handed Model of PUMA V400 series
PUMA V400-2SP
Top view
250
(9.8)
Side view
1425(56.1)
1190(46.9)
765(30.1) 30(1.2) 595(23.4) 95(3.7)
3210(126.4)
128(5.0)
5(0.2)
1500(59.1)
5(0.2)
400(15.7) 400(15.7)
1500(59.1)
5(0.2)
1016(40.0)
2075(81.7)
2722(107.2)
488(19.2)
1445(56.9)
Front view
65(2.6) 360(14.2)
625(24.6)
425(16.7)
1460(57.5)
600(23.6)
(DOOR OPENED STATE)
12
2150(84.6)
1921(75.6)
1010(39.8)
(REAR HINGED TYPE CONVEYOR)
(REFER TO PUMA V400 FOR MAGNET SCRAPER TYPE)
Unit: mm (inch)
PUMA V550M
130(5.1)
1700(66.9)
2154(84.8)
3298(129.8)
1922(75.7)
1035(40.7)
1872(73.7)
1007(39.6)
65(2.6)
70(2.8)
145(5.7)
458(18.0)
1007(39.6)
325(12.8) 255(10.0)
752(29.6)
3162(124.5)
1795(70.7)
3567(140.4) (WITH CHIP CONVEYOR)
R6
57
(25
.9)
137(5.4)
Side view
MAX. 160(6.3)
Front view
2380(93.7)
R6
34
(2
5.0
)
Top view
580(22.8)
1905(75.0)
450(17.7)
810(31.9)
1890(74.4)
450(17.7)
3546(139.6)
(WITH CHIP CONVEYOR)
Note) Left Handed Model of PUMA V550 series
PUMA V550/V550-2SP
1035(40.7)
580(22.8)
130(5.1)
580(22.8) 1035(40.7)
145(5.7)
1905(75.0)
450(17.7) 450(17.7)
3810(150.0)
1905(75.0)
458(18.0)
325(12.8) 255(10.0)
752(29.6)
1150(45.3)
450(17.7)
1890(74.4)
1007(39.6)
1700(66.9)
3168(124.7)
1944(76.5)
218(8.6)
1865(73.4)
1006(39.6)
1872(73.7)
70(2.8)
65(2.6)
65(2.6)
145(5.7)
2950(116.1)
CONTROL BOX
1795(70.7)
CONTROL BOX
R6
57
(25
.9)
1795(70.7)
2381(93.7)
3567(140.4) (WITH CHIP CONVEYOR)
.0)
(25
34
R6
R6
57
(25
.9)
Side view
MAX. 306(12.0)
Front view
296(11.7)
1004(39.5)
R6
34
(25
.0)
Top view
810(31.9)
3546(139.6) (WITH CHIP CONVEYOR)
1635(64.4)
NOTE) PUMA V550-2SP
HAS ONLY ONE PENDANT ARM.
13
Machine Specifications
Unit
Description
Capacity
800 (31.5)
mm (inch)
500 (19.7)
490 (19.3)
Recom. turning diameter
mm (inch)
Max. turning diameter
mm (inch)
496 (19.5)
420 (16.5)
496 (19.5)
Max. turning length
mm (inch)
461 (18.1)
400 (15.7)
461 (18.1)
Rapid traverse
305 (12.0)
550 (21.7)
730 (28.7)
800 (31.5)
X-axis travel
mm (inch)
268 (10.6)
mm (inch)
488 (19.2)
780 (30.7)
mm (inch)
305(12")
380(15")
X-axis
m/min
20
Z-axis
m/min
20
390 (15.4)
490 (19.3)
20
390 (15.4)
12
20
16
Spindle speed
r/min
3000
2000
Spindle nose
ASA
A2#8
A2#11
Spindle bearing diameter (Front)
mm (inch)
130 (5.1)
160 (6.3)
Spindle through hole
mm (inch)
90 (3.5)
140 (5.5)
No. of tool stations
730 (28.7)
750 (29.5)
Z-axis travel
Main spindle indexing angle
(C-axis)
Motor
PUMA V550M PUMA V550-2SP
Swing over saddle
Chuck size
Turret
PUMA V550
610 (24.0)
Travel distance
Main Spindle
PUMA V400M PUMA V400-2SP
mm (inch)
Travels
Feedrates
PUMA V400
Swing over bed
deg
-
360 (0.001)
-
-
360 (0.001)
-
station
12 {8}
12
12+12 {8+8}
8 {10, 12}
12
8+8
{10+10, 12+12}
32 (1.3)
25 (1.0)
32 (1.3)
OD tool size
mm (inch)
Max. boring bar size
mm (inch)
Turret Indexing time
(1 station swivel)
s
Rotary tool spindle speed
r/min
Main spindle motor power
(30min)
kW
25 (1.0)
50 (2.0)
40 (1.6)
50 (2.0)
60 (2.4)
0.15
-
4000
-
0.15
0.25
0.15
-
3000
-
22
37
Rotary tool spindle motor
kW
-
5.5
-
-
11
-
Power Source
Electric power supply
kVA
40.3
44.7
81
54.4
56.6
103.9
Height
mm (inch)
3390 (133.5)
3260 (128.3)
Machine
Dimensions
Length
mm (inch)
Width
mm (inch)
Weight
kg
3210 (126.4)
1455 (57.3)
3260 (128.3)
2910 (114.6)
1905 (75.0)
2075 (81.7)
6000
3810 (150.0)
2720 (107.1)
12000
9000
9100
18000
{
Standard Feature
Optional Feature
• Coolant supply equipment
• Air blast for chuck jaw cleaning
• Controller : Doosan Fanuc i series*1
• Automatic door
• Controller : Fanuc 31i*2
• Automatic door with safety device
• Full enclosure chip and coolant shield
• Chip conveyor & Chip bucket
• Hand tool kit, including small hand tool for operations
• Controller : Fanuc 32i*1
• Hydraulic chuck & actauating cylinder
• Coolant flushing
• Hydraulic power unit
• Dual chucking pressure
• Leveling jack screw & plates
• Hardened & ground jaws
• Lubrication equipment
• Manual tool presetter
• Soft jaws (total)
• Oil skimmer
• Standard tooling kit (tool holders & boring sleeve)
• Signal tower (yellow, red, green)
• Work light
• Proximity switch for chuck clamp detection
} : Option
• Special chucks
• Design and specifications are subject to change without prior notice.
• Doosan is not responsible for difference between the information in the catalogue and the actual machine.
• The specifications and information above-mentioned may be changed without prior notice.
• For more details, please contact Doosan
14
*1 : PUMA V400/400M/V550/V550M *2 : PUMA V400-2SP, V550-2SP
NC Unit Specifications
Description
Controlled axes
Simultaneously controlled axes
Backlash compensation
Cs contouring control
Follow-up / Chamfering on/off
Axis Functions
HRV2 control
Least input increment
Stored stroke check1
Automatic operation(memory) / Buffer register
Handle incremental feed
Operation
Search function
1st, reference position return
2nd reference position return
Reference position return check
Circular interpolation
Continuous thread cutting
Interpolation
Dwell
Linear interpolation
Multiple threading /Thread cutting retract
Polar coordinate interpolation
Thread cutting / Synchronous cutting
Feed per minute / Feed per revolution
Feedrate override
Jog feed override
Feed Functions
Rapid traverse override
Tangential speed constant control
1st Spindle orientation
Constantant surface speed control
M-function
Axuiliary &
Spindle Functions Multi-spindle control
Rigid tapping
Spindle speed override
Absolute / Incremental programming
Canned cycle for drilling
Custom macro
Decimal point programming /
pocket calculator type decimal point programming
Direct drawing dimension programming
Manual guide i
Maximum program dimension
Programming
Multi repetitive canned cycle
Functions
Optional block skip(without hardware)
Sequence number
Programmable data input
Sub program call
Tape format for FANUC series 10/11
Tape format for FANUC series 15
Work coordinate system selection
Auto tool offset
Tool monitoring system
Direct input of tool offset value measured B
Tool geometry / wear compensation
Tool
Tool life management
Functions
Tool nose radius compensation
T-code function
Tool offset pairs
Tool offset value counter input
Background editting
Expanded part program editting
Editing Op.
No. of Registered programs
Functions
Part program editing / Program protect
Part program storage length*1
Display of spindle speed and T-code at all screen
Help function
Setting & Display Self diagnostic function
Servo setting screen / Spindle setting screen
Tool path graphic display
I/O interface
Data Input &
Memory card input and output
Output
Reader puncher control
Ethernet function
MDI / DISPLAY unit
Other Functions
PMC system
Controls
Spec.
Std. 2 axes
0~±9999 pulses
0.001mm / 0.0001"
Overtravel control
X1, X10, X100
Sequence NO. / Program NO.
Manual, G28
G30
G27
G02, G03
G04
G01
0 - 200 % (10 % unit)
0 - 2000 mm/min
F0/ 25 / 100 %
M3 digit
0~150%
Conversational programming
□9 digits
G70~G76
Total 9 (Only NC function)
G10
Nested holds
G52~G59
Geometry & wear data
G40~G42
T2+2 digits
Copy, Move, Change of NC program
Alarm&Operation display
RS-232C
CH1 interface
Embedded ethernet function
Doosan Fanuc i series
Fanuc 32i
Fanuc 31i
X, Z, C (!)
4 axes (!)
○
○(!)
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○(!)
○
○
○
○
○
○
○
○
○
○(!)
○
○
○
○
○
X, Z, C (!)
3 axes (!)
○
○(!)
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○(!)
○
○
○
○
○
○
○
○
○
○(!)
○
○
○
○
○
X1, Z1, X2, Z2
4 axes
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○(!)
N5
○
4
○
○
○
○
○
○
○
○
64
○
○
400ea
○
640m
○
○
○
○
○
○
○
○
○
10.4" color TFT LCD
○
○
○
○
○
○
N8
○
10
○
○
○
Opt.
○
○
○
○
○
64
○
○
○
500ea
○
640m
○
○
○
○
Opt. (!)
○
○
○
○
10.4" color TFT LCD
○
○
○
○
○
○
N8
○
10
○
○
○
Opt.
○
○
○
○
○
32
○
○
○
500ea
○
640m
○
○
○
○
○
○
○
○
○
10.4" color TFT LCD
○
○: Standard OPT : Option (!) : only M type
Fanuc 31i-A : PUMA V550-2SP
PUMA V400-2SP
*1 : Standard Part program length is different on export condition. On the addition of optional functions, its length can be reduced.
15
http://www.doosaninfracore.com/machinetools/
Head Office
Doosan Tower 20th FL., 18-12, Euljiro-6Ga, Jung-Gu, Seoul, Korea 100-730
Tel : ++82-2-3398-8693 / 8671 / 8680 Fax : ++82-2-3398-8699
Doosan Infracore America Corp.
19A Chapin Rd. Pine Brook, NJ 07058, U.S.A.
Tel : ++1-973-618-2500 Fax : ++1-973-618-2501
Doosan Infracore Germany GmbH
Emdener Strasse 24 D-41540 Dormagen Germany
Tel : ++49-2133-5067-100 Fax : ++49-2133-5067-001
Doosan Infracore Yantai Co., LTD
13 Building, 140 Tianlin Road, Xuhui District, Shanghai, China (200233)
Tel : ++86-21-6440-3384 (808, 805) Fax : ++86-21-6440-3389
EN 1304SU
- The specifications and information above-mentioned may be changed without prior notice.
- For more details, please contact Doosan.