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· The design of the main drive is optimized and the gears in the headstock are precision ground.The noise of the machine is low
· The machine can turn about 200 kinds of metric,whitworth,module and D.P.Threads
· An automatic stop device is used to realize automatic stop for the machine of a certain length workpiece,which is safe and eliable
· A pedal braking device provide quick and effective stop while operating
Standard Accessories
3 jaw chuck and adapter
4 jaw chuck and adapter
Face plate/steady rest
Follow rest/oil gun
Thread chasing dial
Operation manual
One set of wrenches
2 dead centers/sleeve
Foot brake/coolant pump
Halogen lamp
Splash guard
One piece iron casting stand
Micro carriage stop
Optional Accessories
Quick change tool post
Driving plate
Taper turning attachment
Digital readout
Nr 12 standard for Brazil
| 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.
