ML-560S/560M

    • Finite Element Analysis (FEA)

    • Highly rigid headstock

    • Automatic tailstock

    • Linear guideways

    • High precision, high speed ballscrews

Capacity
Max. Swing over bed:Ø560 mm
Max. Swing over saddle:Ø420 mm
Max.Turning diameter:Ø320 mm
Max. Working Length:320 mm
Distance between centers:652 mm

Travel
X axis travel :160+30 mm
Z axis travel :360 mm
C-axis (Optional):360˚(0.001˚)

Spindle
Spindle nose type:A2-6/A2-5(OPT)
Max. Spindle speed:4,500(A2-6) rpm/6,000(OPT:A2-5) rpm
Front bearing I.D of spindle:Ø100 mm(A2-6)/Ø80 mm(OPT:A2-5)
Max. Bar capacity:Ø52 mm
Chuck size:8"

Turret
Type:Hydraulic
Number of tool stations:10 pcs
Tool shank size:25x25
Max. Boring bar Dia.:Ø40 mm

Tailstock
Tailstock Travel:360 mm
Quill Dia.:Ø65 mm
Quill Travel:100 mm
Taper of Center:MT4
Tailstock orientation:Automatic

Motor
Main spindle motor power:11/15 Kw
Feed motor :1.8 Kw
Power turret motor:3.7/5.5 Kw
Hydraulic oil pump:0.75 HP
Coolant pump:0.8 Kw
Chip conveyor:0.2 Kw
Power requirement:15 KVA

Capacity(OPT:Y)
Max. Swing over bed:Ø560 mm/Ø700 mm(OPT:Y)
Max. Swing over saddle:Ø420 mm/Ø560 mm(OPT:Y)
Max.Turning diameter:Ø320 mm/Ø320 mm(OPT:Y)
Max. Working Length:570 mm/530 mm(OPT:Y)
Distance between centers:902 mm/750 mm(OPT:Y)

Travel
X axis travel :160+30 mm
Y axis travel :±50 mm
Z axis travel :600 mm
C-axis :360˚(0.001˚)

Spindle
Spindle nose type:A2-6
Max. Spindle speed:50-4,500 rpm
Front bearing I.D of spindle:Ø100 mm
Max. Bar capacity:Ø52 mm
Chuck size:8"

Turret
Type:BMT45
Number of tool stations:12 pcs
Tool shank size:20x20
Max. Boring bar Dia.:Ø32 mm

Tailstock
Tailstock Travel:600 mm
Quill Dia.:Ø65 mm
Quill Travel:100 mm
Taper of Center:MT4
Tailstock orientation:Automatic

Motor
Main spindle motor power:11/15 Kw
Feed motor :1.8(X、Y) Kw/3.0(Z) Kw
Power turret motor:3.7/5.5 Kw
Hydraulic oil pump:1.5 HP
Coolant pump:0.85 Kw
Chip conveyor:0.2 Kw
Power requirement:26 KVA

Capacity
Max. Swing over bed:Ø22.05 inch
Max. Swing over saddle:Ø16.54 inch
Max.Turning diameter:Ø12.6 inch
Max. Working Length:12.6 inch
Distance between centers:25.67 inch

Travel
X axis travel :6.3+1.18 inch
Z axis travel :14.17 inch
C-axis (Optional):360˚(0.001˚)

Spindle
Spindle nose type:A2-6/A2-5(OPT)
Max. Spindle speed:4,500(A2-6) rpm/6,000(OPT:A2-5) rpm
Front bearing I.D of spindle:Ø3.94 inch(A2-6)/Ø3.15 inch(OPT:A2-5)
Max. Bar capacity:Ø2.05 inch
Chuck size:8"

Turret
Type:Hydraulic
Number of tool stations:10 pcs
Tool shank size:0.99x0.99
Max. Boring bar Dia.:Ø1.58 mm

Tailstock
Tailstock Travel:14.17 inch
Quill Dia.:Ø2.56 inch
Quill Travel:3.94 inch
Taper of Center:MT4
Tailstock orientation:Automatic

Motor
Main spindle motor power:11/15 Kw
Feed motor :1.8 Kw
Power turret motor:3.7/5.5 Kw
Hydraulic oil pump:0.75 HP
Coolant pump:0.8 Kw
Chip conveyor:0.2 Kw
Power requirement:15 KVA

Capacity(OPT:Y)
Max. Swing over bed:Ø22.05 inch/Ø27.56 inch(OPT:Y)
Max. Swing over saddle:Ø16.54 inch/Ø22.05 inch(OPT:Y)
Max.Turning diameter:Ø12.6 inch/Ø12.6 inch(OPT:Y)
Max. Working Length:22.44 inch/20.87 inch(OPT:Y)
Distance between centers:35.5 inch/29.53 inch(OPT:Y)

Travel
X axis travel :6.3+1.18 inch
Y axis travel :±1.97 inch
Z axis travel :23.6 inch
C-axis :360˚(0.001˚)

Spindle
Spindle nose type:A2-6
Max. Spindle speed:50-4,500 rpm
Front bearing I.D of spindle:Ø3.94 inch
Max. Bar capacity:Ø2.05 inch
Chuck size:8"

Turret
Type:BMT45
Number of tool stations:12 pcs
Tool shank size:0.97x0.97
Max. Boring bar Dia.:Ø1.26 inch

Tailstock
Tailstock Travel:23.62 inch
Quill Dia.:Ø2.56 inch
Quill Travel:3.94 inch
Taper of Center:MT4
Tailstock orientation:Automatic

Motor
Main spindle motor power:11/15 Kw
Feed motor :1.8(X、Y) Kw/3.0(Z) Kw
Power turret motor:3.7/5.5 Kw
Hydraulic oil pump:1.5 HP
Coolant pump:0.85 Kw
Chip conveyor:0.2 Kw
Power requirement:26 KVA

Y-Axis Function

  • The Y-axis is designed with a lightweight structure that enhances its efficiency and agility. It is directly driven by a high-performance servo system, which ensures exceptional precision and high positioning accuracy during operation.

  • The excellent and efficient use of a Y-axis not only saves money but also significantly reduces time, floor space, manpower, and overall fixture costs. By optimizing these factors, businesses can streamline their operations and improve productivity in a variety of machining applications.

  • Full cycle machining reduces loss of accuracy.