CW6163B / CW6263B / CW6180B / CW6280B Conventional Horizontal Lathe
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Conventional Horizontal Lathe

CW6163B / CW6263B / CW6180B / CW6280B Conventional Horizontal Lathe

CW6163B / CW6263B / CW6180B / CW6280B Conventional Horizontal Lathe product page with specification images, model range, applications, advantages and technical data tables.

CW6163BCW6263BCW6180BCW6280BCW6194BCW6294BCW663BCW680BCW694B

Product Overview

CW6163B / CW6263B / CW6180B / CW6280B Conventional Horizontal Lathe

This product series is configured for turning shaft, sleeve and disc parts, including cylindrical surfaces, conical surfaces, arcs, end faces, grooves, chamfers and threads.

The design emphasizes bed rigidity, spindle stability, feed accuracy and configurable accessories for B2B production environments.

Key Advantages

High-rigidity bed and precision guideway structure for stable cutting.

Spindle and drive system focused on speed stability and heavy cutting capability.

Feed and positioning configuration designed for repeatable batch machining.

Standard and optional configurations support project-specific machine selection.

Applications

Shaft partsSleeve partsDisc partsThread turningSmall and medium batchesHeavy cutting

Product Gallery

Technical Data

Specification Table 1

AC power supplyProvided according to user requirements
Frequency50 / 60 Hz
Phase count3
Voltage380 V (220 V, 420 V, 440 V, 660 V optional)
Main motor modelY160M-4-B3 (or YX3-160M-4-B3)
Main motor power11 kW
Main motor speed1460 r/min
Rapid motor model (intermediate flange type)NJ12-4
Rapid motor power1.1 kW
Rapid motor speed1450 r/min
Coolant motor modelAOB-25
Coolant motor power90 W
Coolant motor flow25 L/min
Control and lubrication system
Gear pump modelCB-B6 (counter-clockwise rotation)
Gear pump pressure2.45 MPa
Gear pump flow6 L/min
Gear pump speed1450 r/min
Cylinder working pressure0.98-1.47 MPa

Specification Table 2

Max. workpiece lengthOverall machine lengthNet weight
CW6163BCW6180BCW6194B
7502960338036803840
10003275357038704030
15003725376040604220
20004225412044204580
30005225427045704730
40006275574060406200
50007355636066606820
60008355698072807440
70009275776080608220
800010355846087608920
900011275916094609620
100001235598601016010320
1100013275105601086011020
1200014355112601156011720
Machine height153716221690
Machine width139314781478

Specification Table 3

Max. workpiece length7501000150020003000400050006000
Max. workpiece length700080009000100001100012000
2.1.3 Spindle:
Center taperMorse No. 5

Specification Table 4

Maximum allowable tool section30 mm (high)×35 mm (wide)
Max. travel of upper tool slide200 mm
Max. travel of lower tool slideCW6163B440 mm
CW6180B540 mm
CW6194B570 mm
Allowable max. cutting force PZ19600N

Specification Table 5

ItemValueModel
Reverse14-1020 (r/min)
CW6180B, CW6194BForward6-800 (r/min)
Reverse11-838 (r/min)

Specification Table 6

Sleeve diameter100 mm
Sleeve taper boreMorse No. 5
Effective sleeve travel250 mm
Tailstock cross adjustment±15 mm

Specification Table 7

Number of metric thread types50 types
Metric thread range1-240 mm
Number of inch thread types26 types
Inch thread range14-1TPI
Number of module thread types53 types
Module thread range0.5-120 mm
Number of DP thread types24 types
DP thread range28-1TPI

FAQ

Request Configuration & Quote

Share workpiece size, material, process plan, target capacity and preferred options so the final technical proposal can be confirmed.

Source Specification: CW6163B / CW6263B / CW6180B / CW6280B Conventional Horizontal Lathe technical specification

How should center distance or machining length be selected?

Use maximum workpiece length, clamping method, tool travel and process allowance as the basis. The specification table provides the initial selection range.

Can optional configurations change the parameters?

Yes. Chuck, turret, guard, tailstock, steady rest and follow rest options may change speed, travel or dimensions. Final data should be technically confirmed.

Are these web parameters the final contract data?

No. The page is for product introduction and selection discussion. Final scope, configuration and acceptance criteria should follow the confirmed technical documents.