CNC lathe-106/108/208 Series

Introduction:


Product Detail

Product Tags

Product Configuration

Introduce

Turret Design Performance

The integrated positive Y-axis structure is highly rigid, heavy-duty, and has better performance than the interpolation Y-axis.

·Smoother and smoother plane contour processing

·Easier to process compound curved surfaces and contours

Compared with the "interpolation Y", the "positive Y" has obvious advantages in plane milling. The "positive Y" Y-axis movement is perpendicular to the X-axis and is a single-axis movement. The "interpolation Y" Y-axis movement is to interpolate a straight line through the simultaneous movement of the X-axis and the Y-axis. Compared with the "positive Y" for the flatness of the milling plane, the "positive Y" axis processing is obviously bright and smooth.

Direct Drive Synchronous Electric Spindle

High rigidity, high torque, higher efficiency, better finish, more precise indexing.

All major machine parts are made of cast iron HT300 with extremely strong shock absorption capacity.

Features of machine tools with direct-drive electric spindles

●Magnetic ring incremental encoder (sine and cosine) positioning accuracy: 20 arc seconds,

C-axis indexing accuracy: 40 arc seconds

●Fast start-stop response speed, saving machine tool time and effectively improving production capacity

●Small cutting load, energy saving and power saving, better protection of machine tools and extended service life

●Effectively eliminate spindle vibration, good balancing effect, good finish, and improve the surface finish of workpieces

(Advantages of turning instead of grinding, hard turning appearance, surface roughness Ra 0.2μm)

· The spindle motor is equipped with a cooling system to suppress the influence of thermal displacement and ensure that the spindle continues to work at a constant temperature.

(The nose end runout accuracy is within 0.002mm, ensuring more stable accuracy)

· Rear-mounted direct-drive synchronous spindle, more convenient installation and maintenance

· A2-5: 7016AC-front two rear two

· A2-6: front NN3020+100BAR10S, rear NN3018

A2-8: front NN3024+BT022B*2, rear NN3022

Heavy-Duty Cast Iron Base And Components

All castings are optimized using finite element analysis (FEA) to reduce distortion and lift-off shock absorption capacity. The castings of the major series of lathes are reinforced with ribs to enhance rigidity and thermal stability. Compact and symmetrical headstock and tailstock castings further enhance rigidity and ensure high positioning accuracy and repeatability.

Technical Specifications

Item

Name

Unit

106

108

106M

108M

106MY

108MY

Travel

Max. bed rotation diameter

mm

Φ600

Φ600

Φ600

Φ600

Φ660

Φ660

Max. machining diameter

mm

Φ380

Φ380

Φ310

Φ310

Φ330

Φ330

Max. rotation diameter on tool holder

mm

Φ200

Φ200

Φ200

Φ200

Φ350

Φ350

Max. processing length

mm

380

370

340

320

240

210

Distance between two centers

mm

450

450

450

450

450

450

Spindle

Cylinder

Chuck

Spindle nose

ASA

A2-5

A2-6

A2-5

A2-6

A2-5

A2-6

Hydraulic cylinder/chuck

Inch

6’’

8’’

6’’

8’’

6’’

8’’

Spindle through hole diameter

mm

Φ56

Φ79/66

Φ56

Φ79/66

Φ66

Φ79/66

Max. rod through hole diameter

mm

Φ46

Φ65/52

Φ46

Φ65/52

Φ45

Φ65/52

Spindle Max. speed

rpm

5500

4300/

4500

5500

4300

5500

4300

Spindle motor power

kw

17.5

11/15

(18/22)

17.5

18/22

17.5

18/22

Spindle motor torque

Nm

62-125

91-227

(73/165)

62-125

91-227

62-125

91-227

X/ZN/S Axis Feed Parameters

X motor power

kw

1.8

1.8

1.8

1.8

1.8

1.8

Y motor power

kw

-

-

-

-

1.2

1.2

Z motor power

kw

1.8

1.8

1.8

1.8

1.8

1.8

X axis travel

mm

207

207

200

200

210

210

Y axis travel

mm

-

-

-

-

90±45

90±45

Z axis travel

mm

433

422

420

400

320

290

X/Z axis rail specifications

spec

35 roller

35 roller

35 roller

35 roller

35 roller

35 roller

Y axis rail specifications

spec

-

-

-

-

25 roller

25 roller

X axis fast move

Mm/min

30

30

30

30

24

24

Y axis fast move

Mm/min

-

-

-

-

8

8

Z axis fast move

Mm/min

30

30

30

30

24

24

Servo Power

Turret Parameters

Power turret type

/

Servo turret

Servo turret

BMT45

BMT45

BMT45

BMT45

Tool station

/

12T

12T

12T

12T

12T

12T

M motor power

kw

-

-

5.5

5.5

5.5

5.5

M axis motor torque

Nm

-

-

35

35

35

35

Power head Max. speed

rpm

-

-

6000

6000

6000

6000

Outer diameter tool holder specifications

mm

25*25

25*25

20*20

25*25

25*25

25*25

Inner diameter tool holder specifications

mm

Φ40

Φ40

Φ40

Φ40

Φ40

Φ40

Adjacent tool change time

sec

0.15

0.15

0.15

0.15

0.15

0.15

Positioning accuracy

/

±2”

±2”

±2”

±2”

±2”

±2”

Repeat positioning accuracy

/

±1”

±1”

±1”

±1”

±1”

±1”

Tailstock Parameters

Programmable hydraulic tailstock

/

Hydraulic program tailstock

Hydraulic program tailstock

Hydraulic program tailstock

Hydraulic program tailstock

Hydraulic program tailstock

Hydraulic program tailstock

Tailstock Max. travel

mm

360

360

360

360

360

360

Sleeve diameter

mm

Φ80

Φ80

Φ80

Φ80

Φ80

Φ80

Sleeve travel

mm

100

100

100

100

100

100

Sleeve taper

/

MT4#

MT4#

MT4#

MT4#

MT4#

MT4#

Dimensions

Overall dimensions

m

2200*2000*1800

2400*2000*1800

2200*2000*1800

2400*2000*1900

2200*2000*1800

2400*2000*1900

Machine weight approx.

kg

3600

3700

3700

3800

3800

3800

Other

Cutting fluid tank volume

L

150

150

150

150

150

150

Cooling water pump power

kw

0.75

0.75

0.75

0.75

0.75

0.75

Hydraulic unit box volume

L

40

40

40

40

40

40

Hydraulic oil pump motor power

kw

1.5

1.5

1.5

1.5

1.5

1.5

Lubricating oil tank volume

L

2

2

2

2

2

2

Automatic lubrication pump motor power

kw

50

50

50

50

50

50

 

Item

Name

Unit

208

208M

208MY

Travel

Max. bed rotation diameter

mm

Φ620

Φ620

Φ700

Max. machining diameter

mm

Φ510

Φ510

Φ420

Max. rotation diameter on tool holder

mm

Φ300

Φ300

Φ300

Max. processing length

mm

520

420

360

Distance between two centers

mm

600

600

600

Spindle

Cylinder

Chuck

Spindle nose

ASA

A2-6

A2-6

A2-6

Hydraulic cylinder/chuck

Inch

8’’

8’’

8’’

Spindle through hole diameter

mm

Φ79/66

Φ79/66

Φ79/66

Max. rod through hole diameter

mm

Φ65/52

Φ65/52

Φ65/52

Spindle Max. speed

rpm

4000/4300

4300

4300

Spindle motor power

kw

18/22(11/15)

18/22

18/22

Spindle motor torque

Nm

91-227

(73/165)

91-227

(73/165)

91-227

Sub-Spindle

Cylinder

Chuck

Sub-Spindle nose

ASA

-

-

-

Sub-Hydraulic cylinder/chuck

Inch

-

-

-

Sub-Spindle through hole diameter

mm

-

-

-

Sub-Max. rod through hole diameter

mm

-

-

-

Sub-Spindle Max. speed

rpm

-

-

-

Sub-Spindle motor power

kw

-

-

-

X/ZN/S Axis Feed Parameters

X motor power

kw

3.0

3.0

2.5

Y motor power

kw

-

-

1.2

Z motor power

kw

3.0

3.0

2.5

S motor power

Kw

-

-

-

X axis travel

mm

272

216

262

Y axis travel

mm

-

-

100±50

Z axis travel

mm

570

500

450

X/Z axis rail specifications

spec

35 roller

35 roller

35 roller

Y axis rail specifications

spec

-

-

25 roller

S axis travel

mm

-

-

-

X axis fast move

Mm/min

20

20

20

Z axis fast move

Mm/min

20

20

20

Y axis fast move

Mm/min

-

-

8

S axis fast move

Mm/min

-

-

-

Servo power

Turret Parameters

Power turret type

/

Servo turret

BMT55

BMT55

Tool station

/

12T

12T

12T

M motor power

kw

-

5.5

5.5

M axis motor torque

Nm

-

35

35

Power head Max. speed

rpm

-

6000

6000

Outer diameter tool holder specifications

mm

25*25

25*25

25*25

Inner diameter tool holder specifications

mm

Φ40

Φ40

Φ40

Adjacent tool change time

sec

0.15

0.15

0.15

Positioning accuracy

/

±2”

±2”

±2”

Repeat positioning accuracy

/

±1”

±1”

±1”

Tailstock Parameters

Programmable hydraulic tailstock

/

Hydraulic program tailstock

Hydraulic program tailstock

Hydraulic program tailstock

Tailstock Max. travel

mm

440

440

440

Sleeve diameter

mm

Φ100

Φ100

Φ100

Sleeve travel

mm

100

100

100

Sleeve taper

/

MT#5

MT#5

MT#5

Dimensions

Overall dimensions

m

2600*2100*1800

2600*2100*1800

2700*2400*1800

Machine weight approx.

kg

5000

5200

5200

Other

Cutting fluid tank volume

L

150

150

150

Cooling water pump power

kw

0.75

0.75

0.75

Hydraulic unit box volume

L

40

40

40

Hydraulic oil pump motor power

kw

1.5

1.5

1.5

Lubricating oil tank volume

L

2

2

2

Automatic lubrication pump motor power

kw

50

50

50

Configuration Introduction

Easier To Use And More Powerful

●Fully upgraded design

●Equipped with i HMI

●Equipped with FANUC's latest CNC and servo technology

●Standardized with personalized functions

Expanded memory capacity

Ease Of Use

Prevent sudden machine downtime through preventive maintenance

●Rich fault prediction functions

Easily locate the fault location and shorten recovery time

●Diagnosis/maintenance functions

High processing performance

Shortened Cycle Time

●High-efficiency processing technology

Achieve high-quality processing

Surface fine processing technology

●Diagnosis/maintenance function

High Operation Rate

Always support various operations at the processing site

●FANUC

Personalized Screen Is Easier To Use

●Standardized personalized function

Initiatives in the field of IoT

●Support for a wide range of on-site networks

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THK Ball Screw

img (4)

·C3 grade, using high-precision ball screw, with nut pre-loading and screw pre-tensioning treatment to pre-eliminate backlash and temperature rise elongation, showing excellent positioning and repeatability accuracy.

·Servo motor direct drive to reduce backlash error.

THK Roller Linear Guide

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·P grade ultra-high rigidity SRG precision grade, linear guide zero clearance, arc cutting, bevel cutting, surface texture is relatively uniform. Suitable for high-speed operation, greatly reducing the driving horsepower required for machine tools.

·Rolling instead of sliding, small friction loss, sensitive response, high positioning accuracy. It can bear the load in the moving direction at the same time, and the track contact surface is still in multi-point contact during the load, and the cutting rigidity will not be reduced.

·Easy to assemble, strong interchangeability, and simple lubrication structure; the wear amount is very small and the service life is long.

SKF Bearing/Oiling Machine

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·Automatic lubricator meets the needs of various applications, suitable for various working conditions, reliable products, flexible use.

·Meet the needs of bearing lubrication in high temperature, strong vibration and dangerous environment.

Each lubrication point uses a volumetric proportional distributor to control the lubrication amount, and the machine can be controlled by PLC to accurately supply oil.


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