*Excludes Local Taxes*
Products are built on order, general delivery is 8~16weeks and includes sea freight to most seaports.
Introducing our Single Column Vertical Lathe Machine, designed to meet the demanding needs of precision machining for small and medium-sized components. This advanced machine is perfect for turning various surfaces, cylinders, and tapers, as well as performing inner bore operations on a wide range of materials. Whether you're working with shells, flange plates, or other large and heavy parts, this vertical lathe offers exceptional performance in drilling, reaming, and boring applications.
Full Description:
Our Single Column Vertical Lathe Machine is engineered for high-precision cutting and machining of heavy metal parts. Its robust single-column design ensures excellent stability, allowing it to handle large diameter and length requirements with ease. This versatile lathe is capable of turning surfaces, inner and outer tapers, and performing inner bore operations on a variety of workpieces, such as small and medium-sized ring units, shells, and flange plates.
With its rigid column construction, the machine offers a steady operation even under heavy loads, making it ideal for demanding applications. The machine also provides an optional Digital Readout (DRO) for enhanced precision, allowing operators to monitor measurements accurately for superior results. Whether you're dealing with large, heavy artifacts or smaller components, this vertical lathe machine ensures precise cutting and consistent quality across all applications.
Key features include: a single column design for stability and precision, the ability to handle large diameter, length, and short workpieces, an optional DRO for enhanced accuracy, and suitability for heavy metal parts, providing precise cutting and finishing. This vertical lathe machine is a reliable and powerful solution for industries requiring high-precision machining and exceptional durability in a range of applications.
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Specifications |
Metric |
Imperial |
|
Max. turning diameter |
2000 mm |
78.74 inches |
|
Table diameter |
1800 mm |
70.87 inches |
|
Max. weight of workpiece |
8000 kg |
17636.98 lbs |
|
Speed range of table |
3.5-110 r/min |
3.5-110 r/min |
|
Speed-step of table |
16 steps |
16 steps |
|
Power of main motor |
30 kW |
40.23 hp |
|
Max. working height of workpiece |
1200 mm |
47.24 inches |
|
Travel of railhead Horizontal |
1050 mm |
41.34 inches |
|
Travel of railhead Vertical - Turret |
800 mm |
31.50 inches |
|
Travel of railhead Vertical - Ram |
10000 mm |
393.70 inches |
|
Travel of side head Horizontal |
630 mm |
24.80 inches |
|
Travel of side head Vertical |
1150 mm |
45.28 inches |
|
Max. Cutting resistance of railhead |
25 kN |
5620.23 lbs |
|
Max. Cutting resistance of side head |
20 kN |
4496.18 lbs |
|
Total cutting resistance |
40 kN |
8983.47 lbs |
|
Max. Torque of table |
30 kN |
6744.27 lbs |
|
Moving degrees limit of railhead |
±30° |
±30° |
|
Feed range and speed-step of tool post |
0.8~86/12 steps |
0.8~86/12 steps |
|
Rapid travelling speed of tool post |
1800 mm/min |
70.87 inches/min |
|
Sectional size of tool bar |
30x40 mm |
1.18x1.57 inches |
|
Travel of crossbeam |
1100 mm |
43.31 inches |
|
Moving speed of crossbeam |
440 mm/min |
17.32 inches/min |
|
Weight of machine |
15000 kg |
33069.34 lbs |
|
Overall dimensions |
3100x2800x3010 mm |
122.05x110.24x118.50 inches |
Delivery 8-12 Weeks from Deposit
Strictly built on order.
Here are the basic steps:
Preparation: First, you need to prepare the workpiece by securing it onto the horizontal table of the lathe using clamps or other holding devices. The workpiece must be properly aligned with the centre of rotation to ensure accuracy during the machining process.
Setting up the machine: Once the workpiece is secured, the lathe operator must configure the machine's settings, including the speed of the spindle, the depth of the cut, and the direction of the tool's movement.
Selecting the cutting tool: Depending on the type of workpiece being machined, you need to select the appropriate cutting tool. The cutting tool must be able to withstand the high forces generated during the cutting process and provide the desired level of precision.
Performing the cutting operation: Once the machine is set up and the cutting tool is selected, the operator can start the cutting operation. The spindle moves down the column and positions the cutting tool over the workpiece. The tool then moves across the workpiece, removing material and shaping it as desired. The operator must monitor the cutting process and adjust the settings as necessary to ensure accuracy and avoid errors.
Finishing: After the cutting operation is complete, the workpiece is removed from the machine and inspected for accuracy. If necessary, additional finishing operations may be performed, such as grinding, polishing, or coating.