China Five-Axis Vertical Machining Center CBS Series factory and manufacturers | Oturn

Five-Axis Vertical Machining Center CBS Series

Introduction:

5-axis vertical machining center with linear motors, rigid gantry, Siemens control, and RTCP for stable, efficient complex part machining.


Product Detail

Product Features

Product Specifications

Processing Cases

Product Video

Features

1.Main performance advantages
1.1.The X-axis adopts direct drive technology, the Y-axis adopts parallel direct drive technology and synchronous control, with high thrust, low noise, fast response speed, and excellent dynamic performance. The three-axis of X/Y/Z all adopt high-precision linear grating feedback, with high positioning accuracy
1.2.The high-torque torque motor drives the A-axis and C-axis to rotate, with zero transmission chain, zero backlash, and good rigidity; the high-precision angle encoder achieves precise positioning
1.3.The spindle adopts a high-speed electric spindle structure with high speed and low noise.

2.High-rigidity bridge structure
2.1.5-axis vertical CNC machining center CBS series adopts a bridge structure layout, and X/Y/Z achieves constant motion, which is not affected by the weight of the A/C axis.
2.2.The A/C axis operates independently, and the weight of the workpiece does not affect the other three axis.
2.3.The gantry structure and the swing and rotary table supported at both ends can maintain high-precision processing for a long time.

3.Efficient turning function

4.High-speed and high-rigidity rotary table realizes efficient milling and turning composite processing
The precision five-axis rotary table directly driven by the torque motor is used in 5-axis CNC Vertical Machining Center and can perform five-axis simultaneous processing. It has the advantages of high speed, high precision, stability and reliability, and easy operation.

5.Maintaining high-precision machining spindles

Mastering core technologies and independently developing spindles

Oturn has mastered core technologies and has the ability to design, manufacture and assemble spindles. With a 1000m2 constant temperature workshop and a sophisticated modular production model, Oturn spindles have the characteristics of high rigidity, high speed, high power, high torque and high reliability.

CNC Spindle

The independently developed HSKE40/HSKA63/HSKA100 built-in spindle is adopted. Within the spindle rotation range, the vibration and vibration are eliminated to achieve stable accuracy in high-speed and long-term processing. The spindle uses forced cooling to cool the motor and front and rear bearings.

6.Built-in motor structure

By eliminating the drive gear, vibration during high-speed rotation can be minimized, thereby improving the accuracy of the machined surface and extending the life of the tool.

Built-in motor structure

7.Spindle temperature management
By circulating the temperature-controlled cooling oil, the thermal displacement of the spindle caused by the heat generated by each component can be suppressed, thereby preventing changes in machining accuracy.

8.Leading the world in linear motors
Linear motors
8.1.Five-axis CNC vertical milling machine center equipped with linear motor drive, there is no mechanical contact during movement, no mechanical loss, no backlash transmission, and fast response speed.

8.2.Absolute optical scale for full closed-loop control.
Absolute grating ruler, nanometer-level detection accuracy, resolution up to 0.05μm, to achieve full closed-loop control.

Excellent ergonomic design

9.Excellent ergonomic design
Based on ergonomic design, it is easy for operators to use and improves operability and maintainability.
9.1.Excellent accessibility
In order to improve the performance of accessing the workbench, the cover at the bottom of the operation door is retreated to the side of the workbench to ensure sufficient working space.

9.2.Large window for easy observation of processing
The large window makes it easy to observe the processing status of the workpiece. In particular, frequent confirmation of cutting conditions and changes in operations during adjustment operations can also be easily completed, improving work efficiency.

CNC Machining center
Vmc CNC Machine

9.3.Centralized configuration of maintenance units
In order to improve the performance of accessing the workbench, the cover at the bottom of the operation door is retreated to the side of the workbench to ensure sufficient working space.

9.4.Wide operation door for easy access by crane
When performing operations such as workpiece replacement, the workload of personnel can be reduced, and at the same time, there is sufficient operating space when using a crane.

9.5.Pleasant and friendly operation panel
The rotatable operation panel that conforms to the height of the human body allows the operator to operate and program the 5-axis CNC vmc in a comfortable posture.

operation panel

Technical Specifications

Item

CBS200

CBS200C

CBS300

CBS300C

CBS400

CBS400C

Travel

X/Y/Z axis travel

300*350*250

300*350*250

460*390*400

Distance from spindle face to worktable center

130-380

130-380

155-555

Spindle

Spindle taper

E40

E40

E40

Max.spindle speed

30000

30000

30000

Spindle motor power (continuous/S325%)

11/13.2

11/13.2

11/13.2

Spindle motor torque (continuous/S325%)

11.5/13.8

11.5/13.8

11.5/13.8

Feed

 

Rapid speed of X/Y/Z axis (m/min)

 

48/48/48

48/48/48

30/30/30

Cutting feed(mm/min)

1-24000

1-24000

1-12000

Rotary table

Rotary table diameter

200

300

400

Allowable load weight

30

20

40

25

250

100

A-axis tilting angle

±110°

±110°

±110°

C-axis rotation

360°

360°

360°

A-axis rated/max.speed

47/70

47/70

30/60

A-axis Rated/max.torque

782/1540

782/1540

940/2000

C-axis rated/max.speed

200/250

1500/2000

200/250

1500/2000

100/150

800/1500

C-axis rated/max.torque

92/218

15/30

92/218

15/30

185/318

42/60

A-axis positioning accuracy/repeatability

10/6

10/6

10/6

C-axis positioning accuracy/repeatability

8/4

8/4

8/4

ATC

Tool magazine capacity

16

16

26

Tool max. diameter/

length

80/200

80/200

80/200

Max.tool weight

3

3

3

Tool change time (tool to tool)

4

4

4

Three-

axis

X-axis guide

(linear guide width/

number of sliders)

30/2

30/2

35/2

X-axis guide

(linear guide width/

number of sliders)

35/2+30/2

35/2+30/2

45/2

Z-axis guide

(linear guide width/

number of sliders)

25/2

25/2

35/2

X-axis linear motor power (continuous/max.)

1097/2750

1097/2750

φ40×10

(screw)

Y-axis linear motor power (continuous/max.)

3250/8250

3250/8250

 

Z-axis linear motor power (continuous/max.)

1033/1511

1033/1511

 

Accuracy 

Positioning accuracy

0.005/300

0.005/300

0.005/300

Repeatability

0.003/300

0.003/300

0.003/300

 Power source

Power supply capacity

25

30

25

30

30

35

Air pressure

≥0.6Mpa ≥400L/min

≥0.6Mpa ≥400L/min

≥0.6Mpa ≥400L/min

Machine size

Machine   size

1920*3030*2360

1920*3030*2360

2000*2910*2850

Machine size (including chip conveyor and other peripheral equipment)

3580*3030*2360

3580*3030*2360

3360*2910*2850

Weight

4.8T

4.8T

5T

Item

CBS500

CBS500C

CBS650

CBS650C

CBS800

CBS800C

Travel

X/Y/Z axis travel

500*600*450

650*800*560

800*910*560

Distance from spindle face to worktable center

130-580

110-670

100-660

Spindle

Spindle taper

A63

A63

A63

Max.spindle speed

20000

20000

20000

Spindle motor power (continuous/S325%)

30/34

30/34

30/34

Spindle motor torque (continuous/S325%)

47.7/57.3

47.7/57.3

47.7157.3

Feed 

Rapid speed of X/Y/Z axis (m/min)

 

48/48/48

48/48/48

48/48/48

Cutting feed(mm/min)

1-24000

1-24000

1-24000

Rotary table

Rotary table diameter

500

650

800

Allowable load weight

600

240

800

400

1000

400

A-axis tilting angle

±110°

±110°

±110°

C-axis rotation

360°

360°

360°

A-axis rated/max.speed

60/80

40/8C

40/80

A-axis Rated/max.torque

1500/4500

3500/7000

3500/7000

C-axis rated/max.speed

80/120

600/1000

50/80

450/800

50/80

450/800

C-axis rated/max.torque

355/685

160/240

964/1690

450/900

964/1690

450/900

A-axis positioning accuracy/repeatability

10/6

10/6

10/6

C-axis positioning accuracy/repeatability

8/4

8/4

8/4

ATC 

Tool magazine capacity

25

30

30

Tool max. diameter/

length

80/300

80/300

80/300

Max.tool weight

8

8

8

Tool change time (tool to tool)

4

4

4

Three-

axis

X-axis guide

(linear guide width/

number of sliders)

35/2

45/2

45/2

X-axis guide

(linear guide width/

number of sliders)

45/2

45/2

45/2

Z-axis guide

(linear guide width/

number of sliders)

35/2

35/2

35/2

X-axis linear motor power (continuous/max.)

2167/5500

3250/8250

3250/8250

Y-axis linear motor power (continuous/max.)

 

 

 

Z-axis linear motor power (continuous/max.)

2R40*20

(screw)

2R40*20

(screw)

2R40*20

(screw)

Accuracy

Positioning accuracy

0.005/300

0.005/300

0.005/300

Repeatability

0.003/300

0.003/300

0.003/300

Power source 

Power supply capacity

40

45

55

70

55

70

Air pressure

≥0.6Mpa ≥400L/min

≥0.6Mpa ≥400L/min

≥0.6Mpa ≥400L/min

Machine size 

Machine   size

2230*3403*3070

2800*5081*3500

2800*5081*3500

Machine size (including chip conveyor and other peripheral equipment)

2230*5540*3070

2800*7205*3500

2800*7205*3500

Weight

11T

15T

15.5T

Processing Cases

1.Automotive Industry

Automotive Industry

2.Aerospace

Aerospace

3.Construction Machinery

Construction Machinery

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  • 1.Main performance advantages
    1.1.The X-axis adopts direct drive technology, the Y-axis adopts parallel direct drive technology and synchronous control, with high thrust, low noise, fast response speed, and excellent dynamic performance. The three-axis of X/Y/Z all adopt high-precision linear grating feedback, with high positioning accuracy
    1.2.The high-torque torque motor drives the A-axis and C-axis to rotate, with zero transmission chain, zero backlash, and good rigidity; the high-precision angle encoder achieves precise positioning
    1.3.The spindle adopts a high-speed electric spindle structure with high speed and low noise.

    2.High-rigidity bridge structure
    2.1.The CBS series adopts a bridge structure layout, and X/Y/Z achieves constant motion, which is not affected by the weight of the A/C axis.
    2.2.The A/C axis operates independently, and the weight of the workpiece does not affect the other three axis.
    2.3.The gantry structure and the swing and rotary table supported at both ends can maintain high-precision processing for a long time.

    3.Efficient turning function

    4.High-speed and high-rigidity rotary table realizes efficient milling and turning composite processing
    The precision five-axis rotary table directly driven by the torque motor is used in CNC machine tools and can perform five-axis simultaneous processing. It has the advantages of high speed, high precision, stability and reliability, and easy operation.

    5.Maintaining high-precision machining spindles

    Mastering core technologies and independently developing spindles

    Oturn has mastered core technologies and has the ability to design, manufacture and assemble spindles. With a 1000m2 constant temperature workshop and a sophisticated modular production model, Oturn spindles have the characteristics of high rigidity, high speed, high power, high torque and high reliability.

    img-21

     

    The independently developed HSKE40/HSKA63/HSKA100 built-in spindle is adopted. Within the spindle rotation range, the vibration and vibration are eliminated to achieve stable accuracy in high-speed and long-term processing. The spindle uses forced cooling to cool the motor and front and rear bearings.

    img-3

    6.Built-in motor structure

    By eliminating the drive gear, vibration during high-speed rotation can be minimized, thereby improving the accuracy of the machined surface and extending the life of the tool.

    7.Spindle temperature management
    By circulating the temperature-controlled cooling oil, the thermal displacement of the spindle caused by the heat generated by each component can be suppressed, thereby preventing changes in machining accuracy.

    8.Leading the world in linear motors
    Linear motors
    8.1.Equipped with linear motor drive, there is no mechanical contact during movement, no mechanical loss, no backlash transmission, and fast response speed.

    8.2.Absolute optical scale for full closed-loop control.
    Absolute grating ruler, nanometer-level detection accuracy, resolution up to 0.05μm, to achieve full closed-loop control.

    img-4

     

    9.Excellent ergonomic design
    Based on ergonomic design, it is easy for operators to use and improves operability and maintainability.
    9.1.Excellent accessibility
    In order to improve the performance of accessing the workbench, the cover at the bottom of the operation door is retreated to the side of the workbench to ensure sufficient working space.

    img-5

     

    9.2.Large window for easy observation of processing
    The large window makes it easy to observe the processing status of the workpiece. In particular, frequent confirmation of cutting conditions and changes in operations during adjustment operations can also be easily completed, improving work efficiency.

    img-6

     

    9.3.Centralized configuration of maintenance units
    In order to improve the performance of accessing the workbench, the cover at the bottom of the operation door is retreated to the side of the workbench to ensure sufficient working space.

    9.4.Wide operation door for easy access by crane
    When performing operations such as workpiece replacement, the workload of personnel can be reduced, and at the same time, there is sufficient operating space when using a crane.

    img-7

     

    9.5.Pleasant and friendly operation panel
    The rotatable operation panel that conforms to the height of the human body allows the operator to operate and program the machine in a comfortable posture.

    Item

    CBS200

    CBS200C

    CBS300

    CBS300C

    CBS400

    CBS400C

    Travel

    X/Y/Z axis travel

    300*350*250

    300*350*250

    460*390*400

    Distance from spindle face to worktable center

    130-380

    130-380

    155-555

    Spindle

    Spindle taper

    E40

    E40

    E40

    Max.spindle speed

    30000

    30000

    30000

    Spindle motor power (continuous/S325%)

    11/13.2

    11/13.2

    11/13.2

    Spindle motor torque (continuous/S325%)

    11.5/13.8

    11.5/13.8

    11.5/13.8

    Feed

    Rapid speed of X/Y/Z axis (m/min)

    48/48/48

    48/48/48

    30/30/30

    Cutting feed(mm/min)

    1-24000

    1-24000

    1-12000

    Rotary table

    Rotary table diameter

    200

    300

    400

    Allowable load weight

    30

    20

    40

    25

    250

    100

    A-axis tilting angle

    ±110°

    ±110°

    ±110°

    C-axis rotation

    360°

    360°

    360°

    A-axis rated/max.speed

    47/70

    47/70

    30/60

    A-axis Rated/max.torque

    782/1540

    782/1540

    940/2000

    C-axis rated/max.speed

    200/250

    1500/2000

    200/250

    1500/2000

    100/150

    800/1500

    C-axis rated/max.torque

    92/218

    15/30

    92/218

    15/30

    185/318

    42/60

    A-axis positioning accuracy/repeatability

    10/6

    10/6

    10/6

    C-axis positioning accuracy/repeatability

    8/4

    8/4

    8/4

    ATC

    Tool magazine capacity

    16

    16

    26

    Tool max. diameter/

    length

    80/200

    80/200

    80/200

    Max.tool weight

    3

    3

    3

    Tool change time (tool to tool)

    4

    4

    4

    Three-

    axis

    X-axis guide

    (linear guide width/

    number of sliders)

    30/2

    30/2

    35/2

    X-axis guide

    (linear guide width/

    number of sliders)

    35/2+30/2

    35/2+30/2

    45/2

    Z-axis guide

    (linear guide width/

    number of sliders)

    25/2

    25/2

    35/2

    X-axis linear motor power (continuous/max.)

    1097/2750

    1097/2750

    φ40×10

    (screw)

    Y-axis linear motor power (continuous/max.)

    3250/8250

    3250/8250

    Z-axis linear motor power (continuous/max.)

    1033/1511

    1033/1511

    Accuracy

    Positioning accuracy

    0.005/300

    0.005/300

    0.005/300

    Repeatability

    0.003/300

    0.003/300

    0.003/300

     Power source

    Power supply capacity

    25

    30

    25

    30

    30

    35

    Air pressure

    ≥0.6Mpa ≥400L/min

    ≥0.6Mpa ≥400L/min

    ≥0.6Mpa ≥400L/min

    Machine size

    Machine   size

    1920*3030*2360

    1920*3030*2360

    2000*2910*2850

    Machine size (including chip conveyor and other peripheral equipment)

    3580*3030*2360

    3580*3030*2360

    3360*2910*2850

    Weight

    4.8T

    4.8T

    5T

     

    Item

    CBS500

    CBS500C

    CBS650

    CBS650C

    CBS800

    CBS800C

    Travel

    X/Y/Z axis travel

    500*600*450

    650*800*560

    800*910*560

    Distance from spindle face to worktable center

    130-580

    110-670

    100-660

    Spindle

    Spindle taper

    A63

    A63

    A63

    Max.spindle speed

    20000

    20000

    20000

    Spindle motor power (continuous/S325%)

    30/34

    30/34

    30/34

    Spindle motor torque (continuous/S325%)

    47.7/57.3

    47.7/57.3

    47.7157.3

    Feed

    Rapid speed of X/Y/Z axis (m/min)

    48/48/48

    48/48/48

    48/48/48

    Cutting feed(mm/min)

    1-24000

    1-24000

    1-24000

    Rotary table

    Rotary table diameter

    500

    650

    800

    Allowable load weight

    600

    240

    800

    400

    1000

    400

    A-axis tilting angle

    ±110°

    ±110°

    ±110°

    C-axis rotation

    360°

    360°

    360°

    A-axis rated/max.speed

    60/80

    40/8C

    40/80

    A-axis Rated/max.torque

    1500/4500

    3500/7000

    3500/7000

    C-axis rated/max.speed

    80/120

    600/1000

    50/80

    450/800

    50/80

    450/800

    C-axis rated/max.torque

    355/685

    160/240

    964/1690

    450/900

    964/1690

    450/900

    A-axis positioning accuracy/repeatability

    10/6

    10/6

    10/6

    C-axis positioning accuracy/repeatability

    8/4

    8/4

    8/4

    ATC

    Tool magazine capacity

    25

    30

    30

    Tool max. diameter/

    length

    80/300

    80/300

    80/300

    Max.tool weight

    8

    8

    8

    Tool change time (tool to tool)

    4

    4

    4

    Three-

    axis

    X-axis guide

    (linear guide width/

    number of sliders)

    35/2

    45/2

    45/2

    X-axis guide

    (linear guide width/

    number of sliders)

    45/2

    45/2

    45/2

    Z-axis guide

    (linear guide width/

    number of sliders)

    35/2

    35/2

    35/2

    X-axis linear motor power (continuous/max.)

    2167/5500

    3250/8250

    3250/8250

    Y-axis linear motor power (continuous/max.)

    Z-axis linear motor power (continuous/max.)

    2R40*20

    (screw)

    2R40*20

    (screw)

    2R40*20

    (screw)

    Accuracy

    Positioning accuracy

    0.005/300

    0.005/300

    0.005/300

    Repeatability

    0.003/300

    0.003/300

    0.003/300

    Power source

    Power supply capacity

    40

    45

    55

    70

    55

    70

    Air pressure

    ≥0.6Mpa ≥400L/min

    ≥0.6Mpa ≥400L/min

    ≥0.6Mpa ≥400L/min

    Machine size

    Machine   size

    2230*3403*3070

    2800*5081*3500

    2800*5081*3500

    Machine size (including chip conveyor and other peripheral equipment)

    2230*5540*3070

    2800*7205*3500

    2800*7205*3500

    Weight

    11T

    15T

    15.5T

    3295abee52c083738e7e48ee287ebbfd

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