*Excludes Local Taxes*
Products are built on order, general delivery is 8~16weeks and includes sea freight to most seaports.
The Single Column Vertical Lathe is a versatile and high-performance machine, designed to handle a wide range of turning, drilling, and boring operations. Ideal for small to medium-sized ring units, shells, flange plates, and other heavy-duty metal components, this vertical lathe offers exceptional precision and stability. It is specifically engineered for large diameter, short length, and heavy artifacts, ensuring reliable and accurate machining for complex tasks.
Full Description:
The Single Column Vertical Lathe is an advanced machine tool suitable for various machining operations such as turning surfaces, cylinders, inner and outer tapers, and inner bores. This lathe is particularly effective for processing a wide array of small to medium-sized components, including ring units, shells, and flange plates. Additionally, it supports operations like drilling, reaming, and boring, making it an essential tool for manufacturing and heavy metal fabrication.
Key to the design of this lathe is its rigid and stable single-column construction, which ensures minimal vibration during operation and superior cutting precision. This stability is crucial for machining large diameter parts with high accuracy. The machine is also equipped with an optional Digital Readout (DRO) system, providing enhanced control over machining parameters and further improving the overall machining accuracy.
This vertical lathe excels in providing precise cutting and turning for heavy metal parts, making it the ideal choice for industries requiring robust machinery capable of handling large, heavy workpieces. Whether you are working with tough materials or intricate shapes, this machine guarantees efficient performance and lasting durability.
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Specifications |
Metric |
Imperial |
|
Max. Turning diameter |
1250mm |
49.21" |
|
Table diameter |
1000mm |
39.37" |
|
Max. Workpiece height |
1200 mm |
47.24" |
|
Max. Workpiece weight |
3200 kg |
7055lbs |
|
Table speed range |
6.3-200rpm (16 steps) |
6.3-200rpm (16 steps) |
|
Toolpost feed range |
0.8-86rpm (12 steps) |
0.8-86rpm (12 steps) |
|
Toolpost horizontal travel |
700 mm |
27.56" |
|
Toolpost vertical travel |
650 mm |
25.59" |
|
Side toolpost horizontal travel |
500 mm |
19.69" |
|
Side toolpost vertical travel |
900 mm |
35.43" |
|
Cross beam vertical travel |
850 mm |
33.46" |
|
Tool bar section size |
30x40 mm |
1.18x1.57" |
|
Main motor |
22 kW |
29.50 hp |
|
Feed motor |
1.3/1.8 kW |
1.74/2.41 hp |
|
Weight |
9500 kg |
20944.62 lbs |
|
Dimensions |
2277x2540x3403 mm |
89.65x100x134 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.