| Type: | Horizontal Lathe |
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| Processing Accessory: | Chuck CNC Lathe |
| Guide Rail: | Horizontal Guide Rail |
| Customization: |
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Shipping Cost:
Estimated freight per unit. |
about shipping cost and estimated delivery time. |
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| Payment Method: |
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| Initial Payment Full Payment |
| Currency: | US$ |
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| Return&refunds: | You can apply for a refund up to 30 days after receipt of the products. |
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Suppliers with verified business licenses
Audited Supplier · Precision ground and supersonic frequency hardened bedway is designed in double wall structure,giving super rigidity
· The spindle system is high in rigidity and accuracy
| Model No. | Unit | L16"×40"/60"/80" | L18"×40"/60"/80" | L20"×60"/80"/120" | L22"×60"/80"/120" |
| swing over bed | mm | 410(16.14") | 460(18.11") | 510(20.08") | 560(22.05") |
| swing in gap | mm | 640(25.20") | 690(27.17") | 300(11.81") | 350(13.78") |
| length of gap | mm | 165(6.50") | 200(7.87") | ||
| distance between centers | mm | 1000/1500/2000(39.37"/59.06"/78.74") | 1500/2000/3000(59.06"/78.74"118.11") | ||
| width of bed | mm | 300(11.81") | 350(13.78") | ||
| spindle nose | D1-6 | D1-8 | |||
| spindle bore | mm | 58(2.28") | 80(3.15") | ||
| taper of spindle bore | No.6 Morse | No.7Morse | |||
| range of spindle speed | r/min | 12 changes, 25-2000 | 12changes25-1600 | ||
| max.travel of top slide | mm | 128(5.04") | 130(5.12") | ||
| max.travel of cross slide | mm | 285(11.22") | 326(12.83") | ||
| max.section of tool | mm | 25×25(0.98"×0.98") | |||
| pitch thread of leadscrew | mm | 6 or 4T.P.I. | |||
| longitudinal feeds range | mm/r | 42 kinds,0.031-1.7(0.0011"-0.0633") | 35 kinds, 0.059-1.646(0.0022"-0.0612") | ||
| cross feeds range | mm/r | 42 kinds, 0.014-0.784(0.00033"-0.01837") | 35 kinds, 0.020-0.573(0.00048"-0.01354") | ||
| metric threads range | mm | 41 kinds, 0.1-14(0.0039"-0.55") | 47 kinds, 0.2-14(0.01"-0.55") | ||
| Inch threads range | 60 kinds, 2-112T.P.I. | ||||
| diametrical pitches range | 50 kinds, 4-112DP | ||||
| module pitches range | 34 kinds, 0.1-7MP | ||||
| dia. of tailstock sleeve | mm 60(2.36") 75(2.95") | 60(2.36") | 75(2.95") | ||
| travel of tailstock sleeve | mm | 128(5.04") | 180(7.09") | ||
| taper of tailstock sleeve | No.4 Morse | No.5Morse | |||
| power of main motor | kW | 5.5(7.5HP) 3PH | 7.5(10HP) 3PH | ||
| power of coolant pump | kW | 0.1(1/8HP) 3PH | 0.1(1/8HP) 3PH | ||
| overall dimension(L×W×H) | cm | 220/280/330×108×134 | 220/280/330×108×134 | 290/340/440×112×143 | 290/340/440×112×143 |
| packing size(L×W×H) | cm | 225/282/340×113×156 | 225/282/340×113×156 | 292/340/440×113×182 | 292/340/440×113×182 |
| N.W. | kg | 1670/1920/2070 | 1720/1970/2120 | 2335/2685/3185 | 2370/2720/3220 |
| G.W. | kg | 1980/2265/2450 | 2045/2330/2515 | 2700/3070/3570 | 2740/3110/3610 |
Q1: What is a lathe machine?
A1: A lathe machine is a tool used for shaping and machining workpieces by rotating them against a cutting tool.
Q2: What are the common applications of a lathe machine?
A2: Lathe machines are commonly used for turning, drilling, and cutting operations in metalworking and woodworking industries.
Q3: What are the main components of a lathe machine?
A3: The main components of a lathe machine include the bed, headstock, tailstock, carriage, and spindle.
Q4: How does a lathe machine work?
A4: The workpiece is mounted on the spindle, which rotates at a high speed. The cutting tool is then brought into contact with the workpiece, allowing for the desired shaping or machining operation.
Q5: What are the advantages of using a lathe machine?
A5: Lathe machines offer high precision, versatility, and the ability to work on various shapes and sizes of workpieces. They also provide efficient and accurate machining results.
Q6: Are lathe machines suitable for both small and large-scale production?
A6: Yes, lathe machines can be used for both small-scale and large-scale production, depending on their size and capabilities.
Q7: What safety precautions should be taken while operating a lathe machine?
A7: Operators should wear appropriate protective gear, ensure proper machine setup, use sharp and properly secured tools, and follow safety guidelines for handling rotating parts.
Q8: How can a lathe machine be maintained for optimal performance?
A8: Regular cleaning, lubrication, and inspection of the machine's components are essential for maintaining its performance. Additionally, replacing worn-out parts and following manufacturer's maintenance recommendations can help prolong the machine's lifespan.
Suppliers with verified business licenses
Audited Supplier 
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