AWEA MECHANTRONIC CO., LTD.
HEADQUARTERS
629, Suezhetou Section, Kwanpu Rd., Wenshan Li,
CENTRAL TAIWAN SCIENCE PARK BRANCH
15, Keyuan 2nd Rd., Central Taiwan Science Park,
Hsinpu, Hsinchu 305, Taiwan
TEL : +886-3-588-5191
FAX : +886-3-588-5194
Website : www.awea.com
Taichung 407, Taiwan
TEL : +886-4-2462-9698
FAX : +886-4-2462-8002
E-mail : sales@awea.com
ISO 9001
ISO 14001
AF
AGENT
SERIES
High Performance Vertical Machining Center
Copyright 2013 by AWEA Mechantronic Co., Ltd. All right reserved
A-AF SERIES-EN-F-20130326
High Performance Vertical
Machining Center
Introducing AWEA with mature manufacturing abilities and advanced
technology skills, the AF series. They are based on high rigidity structure
and three axes high precision linear guide way design with fast arm type
ATC and chip conveying system. It is to provide you with fast, strong, stable
machining performance. AF series are broadly used in high precision
machine parts manufacturers, which can easily meet your demands of today
and tomorrow.
AF-1800
( X : 1,800 / Y : 800 / Z : 800 )
AF-1060
( X : 1,060 / Y : 600 / Z : 600 )
AF-860
( X : 860 / Y : 600 / Z : 600 )
( Unit : mm )
1
2
F
Series
610 / 650 / 860 / 1000
1060 / 1250 / 1460 / 1400 / 1600 / 1800
High Performance Vertical
Machining Center
Based on AWEA's innovative technology, the AF series is specialized
on high precision parts and mold machining industry. It can fully
present high precision and high efficiency machining ability with very
reasonable cost.
The modular spindle design provides cutting flexibility for various machining needs.
Strategy for Precision Parts
Spindle
Taper
Speed Range
Belt-drive Spindle
BT40
8,000 ~ 10,000 rpm
Strategy for Precision Mold
Spindle
Taper
Speed Range
Direct-drive Spindle
BT40 / BT50
8 ,000 ~ 15,000 rpm
Strategy for Heavy Cutting
3
Spindle
Taper
Speed Range
Gear Spindle
BT40 / BT50
8,000 / 6,000 rpm
4
F
Series
610 / 650 / 860 / 1000
1060 / 1250 / 1460 / 1400 / 1600 / 1800
High Performance Vertical
Machining Center
Combining strong machining capability and demands of careful quality,
the AF series fulfills various machining requirements along with stable
accuracy and long-lasting durability.
X-axis travel 610 mm ~ 1,800 mm, Y-axis travel 460 mm ~ 800 mm.
The complete product series can fulfill major working needs.
High precision linear guide way design is used in 3 axes
to provide the optimum control and efficient movement.
A l s o, b a s e o n t h e a c t u a l m a c h i n i n g a p p l i c a t i o n ,
customers can either select roller type or ball type linear
guide way.
Highly efficient 24T arm type magazine design provides
fast and reliable tool change system.
Rotary operation panel and large width of protection
door provide convenient operation display and spacious
space for loading and unloading parts.
Independent coolant tank system provide ease of
maintenance.
High pressure coolant pump efficiently increase cooling
capability.
5
6
F
Series
610 / 650 / 860 / 1000
1060 / 1250 / 1460 / 1400 / 1600 / 1800
High Performance Vertical
Machining Center
High Rigidity Structure
The Finite Element Method ( FEM ) provides optimal machine design and lightweight structure advantage while ensuring high rigidity of machine.
The MEEHANITE casting bed and Y-shaped column design
provide solid support to ensure ultimate dynamic accuracy.
△ ( Delta ) Wide span column structure provides optimal
machining rigidity. The headstock retains stability and accuracy
even under high speed traveling.
The contact surface of the column and bed are all hand scraped to ensure precision
assembly, strong structure and loading balance.
One-piece ball screw driving motor support and bearing support enable cutting
force to spread evenly into casting body, so it efficiently ehances axial system of
entire rigidity and prevents deformation of ball screw.
( Casting structure of AF-860 w/ belt-drive spindle model shown )
7
Contact surfaces between nut and support are hand scraped to ensure perfect
contact.
8
F
Series
610 / 650 / 860 / 1000
1060 / 1250 / 1460 / 1400 / 1600 / 1800
High Performance Vertical
Machining Center
X-axis travel 1,400 mm ~ 1,800 mm model, the bed
uses four linear guide ways design, and size of the
bed will extend proportionally according to travel
length in order to solve the overhung problem of
working table and ensure the optimum support
rigidity.
High rigidity roller type linear guide way which
combines heavy cutting ability from ground
box way and fast movement with low abrasion
ability from linear guide way completely improves
rigidity and control of machine.
High precision dual-nuts ball screw provides
excellent heavy cutting rigidity while ensuring
machining accuracy and extend durability of ball
screw.
Three axial system are adopted with FANUC αi
absolute AC servo motor direct drive to provide
great thrust and fast acceleration / deceleration
movement. Plus, it efficiently decreases motor load
and reduces generation of heat while maintaining
( Casting structure of AF-1600 w/ direct-drive spindle model shown )
9
the ultimate performance and accuracy.
10
High Performance Spindle System
High Efficiency Belt-drive Spindle
High Torque Gear Spindle
The high efficiency belt-drive spindle provides 8,000 rpm
2-speed super heavy-duty gear box.*1
or 10,000 BT50
rpm spindle
speed which depends on
machining
8,000 rpm Direct-drive Spindle
BT50
8,000 rpm Direct-drive Spindle
Floating type hydraulic tool release device eliminates
requirements.
Torque
FANUC α 12i
Output
[ kW ]
Torque
[ N-m ]
100
95
20
40
75
70
15
Low-Speed
[ N-m ]
FANUC α 12i
Output
[ kW ]
High -Speed
Torque ( 30 min. )
The spindle is equipped
with FANUC α8i motor
which
15 kW ( 30 min. )
15 kW ( 30 min. )
provides maximum 11output
of 11 kW.
kW ( con. )
11 kW ( con. )
35
50
Torque ( 30 min. )
30
Torque ( con. )
26
11
10
20
All series are standard with spindle oil cooler system to prevent
8,000 rpm high torque spindle ( BT40 ) is equipped with
10
powerful 11 kW motor delivers maximum torque output of
5
10
5
280 N-m at 375 rpm to meet various working conditions.
Torque ( con. )
thermal expansion effects and thermal deformation.
1,500
2,000
0
15
7.5
25
pressure on the spindle bearing when releasing a tool.
20
Constant Torque
6,000
4,000
8,000 rpm
2,000
0
Constant Output
6,000
4,000
Constant Torque
8,000 rpm
Constant Output
6,000 rpm high torque spindle ( BT50 ) is equipped with
The contact surfaces between headstock and spindle are all precisely hand scraped to
powerful 15 kW motor delivers maximum torque output of
ensure optimal
precision.
BT40 performance
8,000 rpm Gear and
Spindle
382 N-m at 375 rpm.
300
280
Output
[ kW ]
Torque
[ N-m ]
12
400
382
9
300
280
11 kW ( 30 min. )
225
7.5 kW ( con. )
191
150
7.5
200
3
100
8,000 rpm
0
75
375
1,480
Torque ( con. )
2,000
0
Low-Speed
FANUC α 12i
20
15 kW ( 30 min. )
6,000
15
10
Torque ( 30 min. )
5
1,480 Torque ( con. )
375
4,000
Output
[ kW ]
11 kW ( con. )
6
5.5
Torque ( 30 min. )
6,000 rpm Gear Spindle
High -Speed
1,000
2,000
3,000
Low-Speed
4,000
5,000
6,000 rpm
High -Speed
BT50
BT50
BT50
10,000 rpm Direct-drive Spindle
FANUC α 12i
Torque
[ N-m ]
Low-Speed
100
95
Output
[ kW ]
Torque
[ N-m ]
20
40
35
15 kW ( 30 min. )
75
70
15
26
11 kW ( con. )
50
Torque ( 30 min. )
25
2,000
Constant Torque
Output
[ kW ]
High -Speed
20
Torque ( 30 min. )
15 kW ( 30 min. )
Torque ( con. )
4,000
6,000
8,000
10
7.5
5.5
5
10
5
10,000 rpm
0
2,000
4,000
BT40
Output
[ kW ]
Torque
[ N-m ]
15
80
6,000
8,000
11 kW ( 30 min. )
11
7.5 kW ( con. )
Output
[ kW ]
15
11 kW ( 30 min. )
7.5
11
7.5 kW ( con. )
40
20
Torque ( con. )
1,500
2,000
4,000
Constant Output
1,500
6,000
Constant Torque
8,000 rpm
0
2,000
Constant Torque
20
Torque ( 30 min. )
15 kW ( 30 min. )
30
Torque ( con. )
4,000
6,000
15
11 kW ( con. )
20
10
7.5
5
10
8,000 rpm
0
5
*1 Gear spindle are all equipped with box way Z-axis.
2,000
Constant Output
6,000
4,000
Constant Torque
8,000 rpm Gear Spindle
300
280
225
7.5
150
5.5
4
3.5
75
7.5 kW ( con. )
8,000
10,000 rpm
0
1,480
400
382
9
300
280
8,000 rpm
Constant Output
11
Torque
[ N-m ]
4,000
15 kW ( 30 min. )
6
5.5
200
15
3
100
8,000 rpm
0
10
Torque ( 30 min. )
5
1,480 Torque ( con. )
1,000
2,000
Low-Speed
Output
[ kW ]
Torque
[ N-m ]
20
40
35
3,000
4,000
5,000
6,000 rpm
High -Speed
FANUC α15i / α18i motor are available.
BT50
10,000 rpm Direct-drive Spindle
Low-Speed
Output
[ kW ]
20
High -Speed
FANUC α 12i
FANUC α 12i
375
6,000
6,000 rpm Gear Spindle
11 kW ( con. )
FANUC α12i / α15i motor are available.
BT50
100
95
12
Torque ( con. )
2,000
Low-Speed
Constant Output
Torque
[ N-m ]
7.5
Torque ( 30 min. )
375
6,000
Output
[ kW ]
11 kW ( 30 min. )
Torque ( con. )
4,000
BT50
FANUC α 8i
Torque
[ N-m ]
▼
Constant Torque
2,000
Torque ( 30 min. )
5.5
4
20
11
10
Output
[ kW ]
High -Speed
Torque ( con. )
1,500
191
Torque ( 30 min. )
40
FANUC α 12i
26
Torque ( 30 min. )
BT40
48
40
20
15
11 kW ( con. )
10,000 rpm Belt-drive Spindle
FANUC α 8i
60
Torque
[ N-m ]
8,000 rpm Direct-drive Spindle
Constant Output
70
48
15 kW ( 30 min. )
75
70
10,000 rpm
Output
[ kW ]
35
25
Constant Torque
80
60
100
95
0
FANUC α 8i
70
Low-Speed
50
20
8,000 rpm Belt-drive Spindle
Torque
[ N-m ]
FANUC α 12i
15
11 kW ( con. )
BT50
8,000 rpm Direct-drive Spindle
Torque
[ N-m ]
10
Constant Output
BT40
0
FANUC α 12i
Torque ( con. )
1,500
0
30
10,000 rpm Direct-drive Spindle
▼
FANUC α 8i
Torque
[ N-m ]
BT50
10,000 rpm Direct-drive Spindle
FANUC α 12i
High -Speed
12
Output
[ kW ]
20
Torque ( 30 min. )
High Performance Spindle System
Direc t- drive spindle provides ability of precise
High Speed, High Power Direct-drive Spindle
Direct-drive spindle efficiently separates the heat generated from the motor,
which reduces deformation, therefore increasing machining accuracy.
contour machining to fulfill requirements of mold
industry and high accuracy requirement components.
Floating type hydraulic tool release device eliminates pressure on the spindle
bearing when releasing a tool.
Several options of spindle heads and speed are available to fulfill various high
speed machining requirments.
BT40
BT40
BT40
FANUC α
α 6i
6i
FANUC
FANUC
α 6i
Low-Speed
Torque
Torque
[[ N-m
Torque
N-m ]]
[ N-m
50
50 ]
Output
Output
[[ kW
Output
kW ]]
[ kW
10
10 ]
Low-Speed
Low-Speed
48
48
50
48
40
40
40
35
35
35
30
30
30
10
8
8
8
7.5
7.5 kW
kW (( 30
30 min.
min. ))
7.5 kW ( 30 min. )
6
6
6
5.5
5.5 kW
kW (( con.
con. ))
5.5 kW ( con. )
Torque (( 30
30 min.
min. ))
Torque
Torque ( 30 min. )
20
20
20
1,500
1,500
Torque (( con.
con. ))
Torque
Torque ( con. )
8,000
8,000
1,500 2,500
0
5,000
0
2,500
5,000
0
2,500
5,000
Constant Torque
Torque
Constant
Output
Constant
Constant Output
Constant Torque
Constant Output
8,000
7,500
7,500
7,500
10,000 rpm
rpm
10,000
10,000 rpm
Torque
Torque
N-m ]]
Torque
[[ N-m
[ N-m
50
50 ]
48
48
50
48
40
40
40
35
35
35
30
30
30
10
8
8
8
6
6
6
5.5
5.5 kW
kW (( con.
con. ))
5.5 kW ( con. )
Torque (( 30
30 min.
min. ))
Torque
Torque ( 30 min. )
20
20
20
Torque ( con. )
1,500 Torque ( con. )
1,500
Torque ( con. )
▼
1,500 3,000
0
6,000
0
3,000
6,000
0
3,000
6,000
Constant Torque
Torque
Constant Output
Output
Constant
Constant
Constant Torque
Constant Output
8,000
8,000
8,000
9,000
9,000
9,000
4
4
3.7
3.7
4
3.7
2.2
2.2
2
2
2.2
2
12,000 rpm
rpm
12,000
12,000 rpm
FANUC α
α T8i
T8i
FANUC
FANUC
α T8i
Low-Speed
Torque
[ N-m ]
6
6
6
100
95
4
4
4
75
70
2
2
2
50
120
20
Torque (( 10
10 min.
min. ))
Torque
Torque ( 10 min. )
Torque (( 30
30 min.
min. ))
Torque
Torque ( 30 min. )
1,000
1,000
1,000
Constant Torque
Torque
Constant
Constant Torque
15 kW
kW (( 10
10 min.
min. ))
15
15 kW ( 10 min. )
11
kW
(
30
min.
11 kW ( 30 min. ))
11 kW ( 30 min. )
7.5 kW
kW (( con.
con. ))
7.5
7.5 kW ( con. )
1,500
1,500
1,500
Torque
Torque (( con.
con. ))
Torque ( con. )
2,000
3,000
2,000
3,000
2,000
3,000
Constant Output
Output
Constant
Constant Output
Low-Speed
20
18
18
18
15
15
15
13
13
13
10
10
10
Output
Output
kW ]]
Output
[[ kW
[ kW
]
8
8
8
5.5
5.5 kW
kW (( con.
con. ))
5.5 kW ( con. )
6,000
9,000
6,000
9,000
6,000
9,000
Constant
Output
Constant Output
Constant Output
2,000
Torque
[ N-m ]
100
Torque
95 ]
[ N-m
300
75
280
70
4
4
4
225
50
191
15
15
15
10
10
10
5
5
5
4,000 rpm
rpm
4,000
4,000 rpm
High -Speed
High -Speed
30
50
40
40
40
36
36
36
30
30
30
26
26
26
20
20
18
18
20
18
10
10
10
0
0
0
Torque
Torque (( 10
10 min.
min. ))
Torque
Torque (( 30
30 min.
min. )) Torque ( 10 min. )
Torque ( 30 min. )
4,000
4,000
4,000
3,000
3,000
3,000
Constant Torque
Torque
Constant
Constant Torque
24
24
24
15 kW
kW (( 10
10 min.
min. ))
15
15 kW
kW ( 30
10 min.
min. )
11
11
kW (( 30
min. ))
11 kW ( 30 min. )
7.5 kW
kW (( con.
con. ))
7.5
7.5 kW ( con. )
Torque
Torque (( con.
con. ))
Torque ( con. )
6,000
9,000
12,000
6,000
9,000
12,000
6,000
9,000
12,000
Constant Output
Output
Constant
Constant Output
18
18
18
12
12
12
6
6
6
15,000 rpm
rpm
15,000
15,000 rpm
4,000
20
10
5
10
5
8,000 rpm
0
7.5
6,000
2,000
8,000 rpm Direct-drive Spindle
6,000
rpm
Gear Spindle
FANUC
α 12i
Output
[ kW ]
20
Output
[ kW ]
Low-Speed
FANUC α 8i
12
15
15 kW ( 30 min. )
9
11
10
7.5
7.5
6
5.5
5
Torque ( 30 min. )
Torque ( con. )
1,500
400
30
382
26
300
20
280
200
10
3
100
8,000 rpm
0
6,000
8,000 rpm
0
BT50
BT50
191
75
70
150
7.5kW
kW((30
con.
) )
15
min.
20
9
15
7.5
11 kW (Torque
con. ) ( 30 min. )
50
Torque ( 30 min. )
75
1,480
Torque ( con. )
Torque ( con.
)
4,000
1,500 2,000
2,000
Low-Speed
Constant Torque
4,000
6,000
High -Speed
6,000
8,000
40
7.5
3
5.5
5
100
8,000 rpm
0
10,000 rpm
0
11 kW ( con. )
35
70
15
10
11 kW ( con. )
10
5
5
1,480 Torque ( con. )
375
1,000
2,000
2,000
Low-Speed
3,000
4,000
4,000
5,000
6,000
High
-Speed 8,000
6,000 rpm
10,000 rpm
Constant Output
10,000
Spindle
10,000rpm
rpmDirect-drive
Belt-drive Spindle
FANUC α 12i
FANUC α 8i
Torque
Torque
N-m ]]
[[ N-m
40
80
20
15
Torque ( 30 min. )
BT50
BT40
Output
Output
kW ]]
[[ kW
Output
[ kW ]
Output
20
[ kW ]
High -Speed
Constant Torque
20
15
15 kW ( 30 min. )
FANUC α 12i
FANUC α 12i
15 kW ( 30 min. )
FANUC10,000
α15irpm
motor
is also Spindle
available.
BT50
Direct-drive
Spindle
BT40
8,000
rpm
Belt-drive
Low-Speed
6,000 rpm Gear Spindle
Torque ( con. )
Constant Output
FANUC α 12i
FANUC α 8i
6,000 rpm
10,000 rpm Direct-drive Spindle
20
10
Constant Output
4,000
5,000
8,000 rpm
Torque ( 30 min. ) 15 kW ( 30 min. )
300
35
280
30
26
200
6,000
High -Speed
Torque
[ N-m ]
Torque
400
[ N-m
382 ]
6
5.5
10
10
5
2,000
4,000
1,480 Torque ( con. )
Constant
Torque
1,000
2,000
3,000
Low-Speed
8,000 rpm Gear Spindle
Low-Speed
15
10
5
375
Output
[ kW ]
Output
12
[ kW ]
11 kW ( con. )
Torque ( 30 min. )
10,000 rpm Direct-drive Spindle
11 kW ( 30 min. )
15 kW ( 30 min. )
20
15
11 kW ( con. )
6,000
FANUC α 8i
FANUC α 12i
Output
[ kW ]
20
Output
[ kW ]
High -Speed
FANUC α 12i
15 kW ( 30 min. )
Torque ( con. )
FANUC α15i motor is also available.
100
95
225
0
Torque
[ N-m ]
40
Torque
[ N-m
] Torque ( 30 min. )
35
High -Speed
Torque
[ N-m ]
Torque
300
[ N-m
280 ]
100
80
95
70
8,000 rpm
Constant Output
BT50
11 kW ( 30 min. )
11 kW ( con. )
7.5 kW ( con. )
Torque ( 30 min. )
Torque
Torque
N-m ]]
[[ N-m
6,000
4,000
Constant Torque
BT50
375
15
11 kW ( con. )
8,000
rpm
Gear Spindle
FANUC
α 12i
2,000
Torque ( con. )4,000
375
1,480
Constant
Torque
2,000Constant Output
4,000
0
FANUC α15i motor is also available.
Torque ( con. )
8,000 rpm Direct-drive Spindle
0
0
15 kW ( 30 min. )
30
Constant Output
150
25
25
20
BT50
BT40
BT50
Output
Output
[[ kW
Output
kW ]]
[ kW
30 ]
30
Output
[ kW ]
High -Speed
BT40
75
12,000 rpm
rpm
12,000
12,000 rpm
FANUC α 12i
Torque ( 30 min. )
26
11
10
8,000 rpm Direct-drive Spindle
Torque ( con. )
1,500
15,000
15,000 rpm
rpm Direct-drive
Direct-drive Spindle
Spindle
15,000 rpm Direct-drive Spindle
FANUC α
α T8i
T8i
FANUC
FANUC
α T8i
High -Speed
15
Torque ( 30 min. )
Low-Speed
Torque
Torque
[[ N-m
Torque
N-m ]]
[ N-m
50 ]
50
40
11 kW ( con. )
6
6
6
2
2
2
Torque (( con.
con. ))
Torque
Torque ( con. )
4,000
4,000
4,000
3,000
3,000
3,000
Constant Torque
Torque
Constant
Constant Torque
0
0
0
20
15 kW ( 30 min. )
0
7.5
7.5 kW
kW (( 30
30 min.
min. ))
7.5 kW ( 30 min. )
5
5
5
Torque
[ N-m ]
25
High -Speed
High -Speed
Torque (( 30
30 min.
min. ))
Torque
Torque ( 30 min. )
Output
[ kW ]
35
12,000
12,000 rpm
rpm Direct-drive
Direct-drive Spindle
Spindle
12,000 rpm Direct-drive Spindle
Torque
Torque
N-m ]]
Torque
[[ N-m
[ N-m
]
20
20
BT50
8,000 rpm Direct-drive Spindle
FANUC α 12i
10,000 rpm
rpm
10,000
10,000 rpm
FANUC
FANUC α
α 6i
6i
FANUC
α 6i
High -Speed
BT40
BT40
BT40
Output
Output
[[ kW
Output
kW ]]
[ kW
]
20
20
Low-Speed
Low-Speed
▼
4,000
4,000
4,000 5,000
2,500
7,500
2,500
5,000
7,500
2,500
5,000
7,500
Constant Torque
Torque
Constant
Output
Constant
Constant Output
Constant Torque
Constant Output
0
0
0
15,000
15,000 rpm
rpm Direct-drive
Direct-drive Spindle
Spindle
15,000 rpm Direct-drive Spindle
Torque
Torque
[[ N-m
Torque
N-m ]]
[ N-m
]
120
120
13
Torque
Torque (( con.
con. ))
Torque ( con. )
8
FANUC α12i / α15i motor are available.
BT40
BT40
BT40
0
0
0
5.5
5.5 kW
kW (( con.
con. ))
5.5 kW ( con. )
5
5
5
BT40
BT40
BT40
7.5
7.5 kW
kW (( 30
30 min.
min. ))
7.5 kW ( 30 min. )
7.5
7.5 kW
kW (( 30
30 min.
min. ))
7.5 kW ( 30 min. )
BT50
Constant Torque
Output
Output
kW ]]
Output
[[ kW
[ kW
10
10 ]
Low-Speed
Low-Speed
Output
Output
[[ kW
Output
kW ]]
[ kW
]
8
8
High -Speed
High -Speed
Torque
Torque (( 30
30 min.
min. ))
Torque ( 30 min. )
12,000
12,000 rpm
rpm Direct-drive
Direct-drive Spindle
Spindle
12,000 rpm Direct-drive Spindle
FANUC
FANUC α
α 6i
6i
FANUC
α 6i
Low-Speed
10
10
10
20
18
18
18
15
15
15
13
13
13
10
10
10
FANUC α8i motor is also available.
BT40
BT40
BT40
FANUC α
α 6i
6i
FANUC
FANUC
α 6i
High -Speed
Torque
Torque
[[ N-m
Torque
N-m ]]
[ N-m
]
20
20
▼
▼
4
4
3.7
3.7
4
3.7
2.2
2.2
2
2
2.2
2
10,000
10,000 rpm
rpm Direct-drive
Direct-drive Spindle
Spindle
10,000 rpm Direct-drive Spindle
▼
10
10
10
95
95
90
95
90
90
70
70
60
70
60
60
48
48
48
30
30
30
BT40
BT40
BT40
10,000
10,000 rpm
rpm Direct-drive
Direct-drive Spindle
Spindle
10,000 rpm Direct-drive Spindle
Output
Output
kW ]]
[[ kW
High -Speed
20
15
Torque ( 30 min. )
15 kW ( 30 min. )
14
High Speed ATC System
All series are standard with 24T arm type ATC system which can easily fulfill various
types of processing needs.
Standard shortcut tool change function can shorten tool change time and increase
working efficiency.
The tool magazine is supported by the column base, which increases stability and
lowers the tool change vibration, while ensuring its precision ( AF-1250 ~ AF-1800 ).
15
24T Disc type tool magazine
16
High Effeciency Chip Disposal System
All series are equipped with screw
type chip conveyor. Single screw or
triple screws type chip conveyors are
adopted according to different models.
The optional high pressure chips flush
coolant system is also available.
Single Screw Chip Conveyor
17
Triple Screws Chip Conveyor
Chain Type Chip Conveyor ( Opt. )
18
Dimensions
T-slot
Dimensions
T 型槽尺寸圖
Table Dimensions
Machine Dimensions
C
C
E
P
D
F
N
O
Q
C
G
C
I
B
H
R
M
A
Models
A
B
C
D
E
F
G
H
I
AF-610
AF-650
AF-860
AF-1000
AF-1060
AF-1250
AF-1460
AF-1400
AF-1600
AF-1800
700
750
1,000
1,200
1,200
1,350
1,500
1,500
1,700
1,900
450
510
600
550
600
620
620
800
800
800
100
100
100
100
100
100
100
150
150
150
75
105
100
75
100
110
100
100
100
100
14
14
18
18
18
18
18
18
18
18
24
24
30
30
30
30
30
30
30
30
10
10
12
12
12
12
12
13
13
13
15.5
15
20
20
20
24
24
20
20
20
26.5
25.5
34
34
34
37.5
37.5
34
34
34
M
G
L
F
H
( Unit : mm )
E
J
Tool Shank and Pull Stud Dimensions
A
B
DIN40
35
Ø 10-0.1
˚
TAPER 7/24
30˚ 30˚
60˚
146.8
3 ± 0.4
40
45 - 0.1
°
60
30° 30°
35 - 0.1
TAPER 7/24
19
GAUGE DIA.
Ø 17 - 0.1
5
5
Ø 23 - 0.1
25.1
Ø 85
Ø 69.85
Ø 100 - 0.05
45˚
M24
15 ± 0.1
34.9
85
101.75–0.3
34
15.9–0.1 61.5
47 25 ± 0.1
3.2 ± 0.1
2
5
40
11.5
ø7
60˚
ø19–0.1
23.2 ± 0.1
( Unit : mm )
DIN50
101.8 ± 0.2
ø69.85
35
ø107.25 ± 0.05
ø91.25
ø80
BT50
20 ± 0.1
2
4
8.2
TAPER 7/24
GAUGE DIA.
3
28-0.1
26
ø21–0.1
Ø 44.45
M16
Ø 63
Ø 53
60
45˚
4
ø44.45
35-0.1
ø72.3 ± 0.05
ø56.25
ø50
60
25
68.4-0.3
15.9-0.1 42.5
32
3.2 ± 0.1
28
ø19-0.1
65.4 ± 0.2
2 ± 0.4
Ø 15-0.1
35
16.6 ± 0.1
10 ± 0.1
I
C
D
ø14-0.1
BT40
K
TAPER 7/24
GAUGE DIA.
Models
AF-610
AF-650
AF-860
AF-1000
AF-1060
AF-1250
AF-1460
AF-1400
AF-1600
AF-1800
A
B
C
D
E
F
G
H
I
900
750
1,100
1,200
1,300
1,250
1,500
1,550
1,750
1,900
2,090
2,200
2,600
3,000
3,100
3,400
3,850
3,950
4,400
4,880
2,090
2,415
2,810
3,390
3,310
3,400
3,850
3,950
4,400
4,880
2,420
2,730
3,135
3,590
3,635
3,565
4,020
4,070
4,520
5,000
800
850
950
915
950
880
880
1,050
1,050
1,050
600
610
700
735
700
720
720
1,000
1,000
1,000
1,900
1,930
2,050
2,080
2,050
2,025
2,025
2,315
2,315
2,315
2,595
2,540
2,870
2,870
2,870
2,920
2,920
3,405
3,405
3,405
400
475
665
755
665
665
665
655
655
655
Models
AF-610
AF-650
AF-860
AF-1000
AF-1060
AF-1250
AF-1460
AF-1400
AF-1600
AF-1800
J
K
L
M
N
O
P
Q
R
1,210
880
1,100
1,030
1,100
1,010
1,010
1,150
1,150
1,150
2,320
2,415
2,200
2,140
2,200
2,220
2,220
2,950
2,950
2,950
2,270
2,502
2,540
2,635
2,540
2,617
2,617
2,980
2,980
2,980
650
670
650
670
650
670
670
900
900
900
400
400
400
350
400
400
400
–
–
–
2,830
2,975
3,035
2,960
3,055
2,760
2,760
3,675
3,675
3,675
545
525
900
1,180
900
550
550
600
600
600
–
–
3,135
2,865
3,250
2,770
3,100
–
–
–
–
–
840
1,050
1,100
895
895
–
–
–
Specifications are subject to change without notice.
( Unit : mm )
20
AF-610
AF-650
AF-760
AF-860
AF-1000
AF-1060
Specifications
AF-1250
AF-1460
AF-1400
AF-1600
AF-1800
Specifications
X-axis travel
mm
610
650
762
860
1,020
1,060
X-axis travel
mm
1,250
1,400
1,400
1,600
1800
Y-axis travel
mm
450
510
510
600
550
600
Y-axis travel
mm
620
620
800
800
800
Z-axis travel
mm
450
510
510
600
635
600
Z-axis travel
mm
620
620
800
800
800
Distance from spindle center to column
mm
558
600
600
800
610
800
Distance from spindle center to column
mm
790
963
963
Distance from spindle nose to table top
mm
150 ~ 600
100 ~ 610
100 ~ 610
100 ~ 700
100 ~ 735
100 ~ 700
Distance from spindle nose to table top
mm
100 ~ 720
200 ~ 1,000
200 ~ 1,000
Working Table
Working Table
Table size ( X direction )
mm
700
750
860
1,000
1,200
1,200
Table size ( X direction )
mm
1,350
1,500
1,500
1,700
1,900
Table size ( Y direction )
mm
450
510
510
600
550
600
Table size ( Y direction )
mm
620
620
800
800
800
kg
450
500
500
700
700
700
Table load capacity
1,000
1,000
1,200
1,500
1,800
Table load capacity
Spindle
Spindle motor ( con. / 30 min. )
Spindle speed
kg
Spindle
Spindle motor ( con. / 30 min. )
kW
7.5 / 11
rpm
Belt-drive 8,000 / 10,000
Spindle speed
BT40 / BT50
Spindle taper
Spindle taper
Feed Rate
kW
7.5 / 11
11 / 15
rpm
Belt-drive 8,000 / 10,000
Direct-drive 10,000
BT40 / BT50
BT40 / BT50
Feed Rate
X / Y axes rapid feed rate
m/min.
32
32
48
48
36
48
X / Y axes rapid feed rate
m/min.
48
48
30
30
30
Z-axis rapids feed rate
m/min.
24
24
32
32
24
32
Z-axis rapids feed rate
m/min.
36
36
24
24
24
Cutting feed rate
m/min.
Cutting feed rate
m/min.
1-10
Tool Magazine
Tool magazine capacity
1-8
Tool Magazine
T
Max. tool length
mm
Max. tool weight
kg
Max. tool diameter / adj. pocket empty
1-10
24
Tool magazine capacity
250
Max. tool length
mm
7
Max. tool weight
kg
Max. tool diameter / adj. pocket empty
Ø 75 / Ø 120
mm
Accuracy
24
T
mm
250
300
7
15
Ø 78 / Ø 120
Ø 110 / Ø 200
Accuracy
Positioning accuracy ( JIS B 6338 )
mm
± 0.01
Positioning accuracy ( JIS B 6338 )
mm
Positioning accuracy ( VDI 3441 )
mm
P = 0.01
Positioning accuracy ( VDI 3441 )
mm
Repeatability ( JIS B 6338 )
mm
± 0.003
Repeatability ( JIS B 6338 )
mm
± 0.003
Repeatability ( VDI 3441 )
mm
Repeatability ( VDI 3441 )
mm
Ps = 0.008
Ps = 0.005
Ps = 0.008
General
P = 0.01
P = 0.012
General
FANUC Oi - MD
Control system
Pneumatic pressure requirement
± 0.01
kg/cm
FANUC Oi - MD
Control system
Pneumatic pressure requirement
6
2
kg/cm
6
2
Power requirement
kVA
20
25
25
30
30
30
Power requirement
kVA
35
35
Coolant tank capacity
liter
150
320
320
355
350
400
Coolant tank capacity
liter
460
480
505
518
600
3,500
4,200
5,000
5,800
7,000
7,000
8,000
8,200
14,000
16,000
18,000
Machine weight
kg
Machine weight
kg
40
Specifications are subject to change without notice.
Standard Accessories
Optional Accessories
■ Spindle air curtain
■ Coolant equipment
■ Tool box
■ 30T / 32T / 40T tool magazine
■ Coolant through the tool adapter
■ Roof enclosure
■ Coolant nozzle around spindle
■ Screw type chip conveyor
■ Air gun
■ Coolant through spindle
■ Chip wash down coolant system
■ Transformer
■ Spindle cooling system
■ Automatic power-off system
■ Alarm light
■ Spindle thermal compensation
■ Automatic tool lenght measurement
■ Chip conveyor
■ Centralized automatic lubricating ( X / Y / Z )
■ Heat exchanger for electrical cabinet
■ Oil skimmer
■ Automatic work piece measurement
■ Linear scale
■ Fully enclosed splash guard
■ Foundation bolt kit
■ CNC rotary table
■ Gravity axis anti-drop function
■ ATLM
■ A / C cooler for electrical cabine
■ MITSUBISHI / HEIDENHAIN control system
■ Work-piece measurement
21
22