When should I choose a 970 mm guideway conventional lathe?

Choose this series for heavier manual turning applications requiring stronger bed structure, higher load capacity, and better stability for large workpieces.

What industries use this type of lathe?

It is commonly used in heavy machinery, mining, steel, energy, shipbuilding, and repair workshops for large shafts, rollers, and cylindrical parts.

Can it be supplied with steady rests?

Yes. Steady rests and follow rests can be selected according to long shaft machining requirements.

What should I confirm before buying?

Please confirm swing, center distance, workpiece weight, spindle bore, chuck size, tailstock, steady rest requirement, and power supply.

Conventional lathe(970mm guideway)Conventional lathe

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Conventional lathe

This lathe is mainly used for all kinds of turning works. It can be used for facing, chamfering, grooving, metric thread cutting, modular thread cutting, inch thread cutting, pitch thread cutting, drilling, boring and trepanning to all kinds of workpieces. The short taper can be cut solely with the upper toolpost motorized feeding, and the long taper can also be cut with the upper toolpost motorized feeding working together with longitudinal feeding. The lathe has the advantages of large power and high rigidity. The lathe can be used to turn threads with cemented carbide tools to all kinds of ferrous metals and non-ferrous metals.

Note: swing over bed/distance between centers (3000 mm – 16000 mm) can be customized.

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PRODUCT SPECIFICATIONS
ACCESSORIES
VIDEO
CHARACTERISTIC

Product Specifications

Items	Unit
Capacity
Swing over bed	mm
Swing over carriage	mm
Max. length of workpiece	mm
Max. turning length	mm
Span of guideway	mm
Max. weight of workpiece	ton
Spindle
Front taper of spindle hole	-
Spindle bore	mm
No. of spindle speeds	-
Range of spindle speeds	r min
Toolpost
Cross section of tool shank	mm
Max.stroke of upper Toolpost	mm
Max. stroke of lower Toolpost	mm
Feed
No. of longitudinal and transverse feeding	-
No. and rang of metric threads	-
No. and rang of inch threads	-
No. and rang of modulus threads	-
No. and rang of diameter pitch threads	-
Tailstock
Tailstock quill diameter	mm
Tailstock quill taper	-
Tailstock quill max. stroke	mm
Others
Main motor power	kW
Width×Height	mm
Length	mm
Net weight	kg

CW61125	CW61140	CW61160

1250	1400	1600
865	1010	1210
3000 4000 5000 6000	3000 4000 5000 6000	3000 4000 5000 6000
2800 3800 4800 5800	2800 3800 4800 5800	2800 3800 4800 5800
970	970	970
10	10	10

Metric 140	Metric 140	Metric 140
130	130	130
Forward 21; Reverse 12	Forward 21; Reverse 12	Forward 21; Reverse 12
Forward 3.15-315; Reverse 3.5-291	Forward 3.15-315; Reverse 3.5-291	Forward 3.15-315; Reverse 3.5-291

45×45	45×45	45×45
300	300	300
650	650	650

56 kinds each	56 kinds each	56 kinds each
44; 1-120	44; 1-120	44; 1-120
31; 28-1 4	31; 28-1 4	31; 28-1 4
45; 0.5-60	45; 0.5-60	45; 0.5-60
38; 1 2-56DP	38; 1 2-56DP	38; 1 2-56DP

220	220	220
MT6	MT6	MT6
300	300	300

22	22	22
1995×2175	1995×2325	1995×2525
6020 7020 8020 9020	6020 7020 8020 9020	6020 7020 8020 9020
14500 15800 17000 18300	15000 16300 17500 18800	15500 16800 18000 19300

Accessories

Standard :

Heavy duty 4-jaw chuck
Standard V4 toolpost
Standard tailstock
LED work light
Coolant system
Leveling wedge
Anchor bolt

Wrench
Dead center
Spindle bore adapter
Spindle center
Toolpost protection
Chuck protection

Optional :

4-jaw chuck
Faceplate
Quick change toolpost
Grinding attachment
Follow rest
Steady rest
Rotary tailstock with chuck
Electric tailstock

Double saddle
Automatic upper toolpost feeding device
Taper attachment
Side protection
Thread indicator
Live center
DRO
Force measuring device

Video

Heavy duty lathe

Characteristic

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Chuck

Ф1200mm standard independent four-claw chuck;

Other independent four-claw chuck and three-claw chuck are for option.

Other hydraulic, pneumatic, electric chucks and other power chucks are also availablefor option.

Tailstock

In order to prevent slippage between the tailstock and the bed when holding the workpiece, a stop pin handle ③ is arranged on the tailstock seat. The stop pin handle ③ must be switched to locking position when the tailstock is used to hold the workpiece, so that the stop pin can be securely inserted into the teeth of the bed.

Toolpost

The nuts of the lead screw on the lower toolpost are open type. When the clearance between the screw and the nut becomes too large due to abrasion, the screw mounted on the nut can be fastened so that the elastic deformation is generated in the radial direction of the nut to eliminate the clearance between the screw and the nut.

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