
When you are choosing a Horizontal metal turning lathe , you should consider the following aspects to ensure that you select the equipment that meets your needs, thereby improving processing efficiency and quality, and promoting business development:
1.Clarify processing requirements
Firstly, based on the type, size and processing accuracy requirements of your workpieces, determine the specifications and performance parameters of the horizontal lathe. For instance, the maximum processing diameter and length of the workpiece directly determine the bed size and machining capacity of the lathe.
2.Pay attention to the rigidity and stability of the machine tools
Anyang XS horizontal lathe can ensure that vibrations are reduced during the processing, thereby improving the processing accuracy and surface quality. Choosing a machine tool with a stable structure and made of high-strength materials is more conducive to carrying out high-quality processing.
3.Select the appropriate transmission system and spindle configuration
Anyang XS Horizontal metal turning lathe with efficient and stable transmission system and spindle are the core components of a lathe's performance. High-quality spindles and variable-speed systems can meet various processing requirements and enable flexible and efficient production.
4.Emphasis on Automation and Intelligence Features
Intelligent control systems and automated equipment can significantly enhance production efficiency and reduce operational complexity. One can choose a horizontal lathe that integrates a numerical control system (CNC) and an automatic tool changer to increase processing flexibility and accuracy.
5.Consider after-sales service and brand reputation
Anyang XS Horizontal metal turning lathe with a good after-sales service system and a good reputation. This will enable you to receive more comprehensive technical support and maintenance services, ensuring the long-term stable operation of the equipment.
6.Rational budget assessment, considering cost-effectiveness
On the basis of ensuring that the device performance meets the requirements, take into account the purchase cost and usage cost, and choose products with high cost-effectiveness to maximize the investment return.
By scientifically and reasonably selecting Anyang XS Horizontal metal turning lathe, not only can the processing efficiency and product quality be improved, but also the enterprise's technological upgrading and innovation can be promoted. This will make the production process more efficient and stable, and lead to a brighter future!
Features of Anyang XS Horizontal metal turning lathe:
The overall bed with high rigidity.
The bed adopts integral casting structure. The internal ribs are reasonably laid out and have high rigidity. The guide rail adopts intermediate frequency quenching and grinding process. Adopting the anti-creeping guide plate technology on the sliding guide surface, the dynamic characteristics such as friction damping coefficient are in the best state, avoiding the occurrence of low speed crawling phenomenon.
High rigidity and high precision spindle.
The spindle box adopts a symmetrical structure to make the thermal deformation uniform and avoid the deviation of the spindle center. To reduce thermal deformation, the headstock adopts oil bath circulation lubrication. The front end of the main shaft adopts a three-way support structure with two-way angular contact ball bearings, increased accuracy and increased rigidity. The internal gears are quenched and ground to ensure accurate transmission and low noise. The spindle maintains a relatively stable accuracy during long-term operation.
Parameters of Horizontal turning lathe
|
unit |
CW61100B |
CW61125B |
CW61140B |
CW61160B |
|
|
Capacities |
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|
Swing over bed |
mm |
1000 |
1250 |
1400 |
1640 |
|
Swing over carriage |
mm |
615 |
865 |
1015 |
1250 |
|
Max.length of workpiece |
mm |
1500 2000 3000 4000 5000 6000 8000 10000 12000 |
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|
Max.turning length |
mm |
1300 1800 2800 3800 4800 5800 7800 9800 11800 |
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|
Pan of guideway |
mm |
755 |
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|
Spindle |
|||||
|
Spindle nose |
mm |
A2-15(8×M22) |
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|
Spindle bore |
mm |
130 |
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|
Taper hole of spindle |
1:20/140 |
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|
Range of spindle speeds |
r/min |
forward:3.15~315 ; reverse:3.5~291 |
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|
No.of spindle speeds |
forward:21; reverse:12 |
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|
Feed motion |
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|
No.of Longitudinal and cross |
56/56 |
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|
Feed per revolution |
mm |
longitudinal:0.1~12;transverse:0.05~6;compound rest:0.025~3 |
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No. and range of metric thread |
44;1~120mm |
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No. and range of inch thread |
31;28~1/4 |
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No. and range of module thread |
45;0.5~60mm |
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No. and range of dia. thread |
38;1/2~56DP |
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|
Tool post |
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|
Distance of spindle and tool plane |
mm |
48 |
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|
Tool post swing range |
° |
±90° |
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|
Max.travel of cross slide |
mm |
520(20″) |
580 |
580 |
630 |
|
Max.travel of top slide |
mm |
300 |
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|
Section of tool shank |
mm |
45(size 260x260) |
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|
Rapid travel speeds |
mm/min |
longitudinal:3740;transverse:1870;rompound rest:935 |
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|
Tailstock |
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|
Dia. of tailstock |
mm |
160(6″) |
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|
Travel of tailstock |
mm |
300(12″) |
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|
Taper hole of tailstock quill |
morse 6 |
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|
Others |
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|
Main motor power |
kw |
22 |
|||
|
Length |
mm |
4600 5100 6100 7100 8100 9100 11100 13100 15100 |
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|
Width |
mm |
2150 |
|||
|
Height |
mm |
1700 1825 2150 |
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|
Max.weight of workpiece |
kg |
6000 |
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Producing sight










Certification
Anyang XS small turning lathe design and produce according to the ISO 9001, ISO14001, we also owned the CE, UL certifications.

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