Our Vertical Lathes are engineered to be efficient and precise and as such are designed to provide ultimate solutions for machining large and heavy components modernly and in an accurate way. They are used specifically in high precision and high productivity sectors.
Do you face difficulties in clamping and positioning huge and heavy workpieces? Our precise and durable vertical lathes are capable of holding workpieces of masses as high as 80,000 kg using only the help of gravity, without any conventional clamping at all, in no time.
Can there be a ceiling for fabricating parts with above 1 meter dia? Our vertical lathe machines are designed to cater components that are between 1 to 20+ meters dia which are most optimal for making turbine rotors, large flanges and aerospace equipments.
Would you like to cut down on the amount of space used but still access heavy-duty machinery? Vertical lathes, in this case, are better since they are not as large or heavy as their horizontal counterparts and are also easy to chuck and chuck a work piece.
Is struggling with intricate dimensional accuracy and stability in assemblies gives you confidence? With this design, you have cut-off means at an angle to any chassis or plate to eliminate vibration and make machine cut desired size of wire.
Time goes bad when parts are moved between machines? Vertical lathes of modern make can do 4-axis operations e.g. milling, thus this is another example of multi-operation activities happening on a single setup.
Is your aim to significantly reduce duration for key large components? Vertical lathes allow for substantially higher cuts with lower feeds and speed cutting parameters, thus improve over all productivity of the process.
Durable equipment is essential, and that is why precision-engineered vertical lathes are provided for use. In addition, they can effectively handle heavyweight works and intricate and complicated tasks.
Incorporates a high level of stiffness that eliminates the flexing and provides stable cutting.
Advanced CNC assistance makes even the most difficult workpiece design easy to do.
Adequate size of the working table floor ensures heavy and large components can be caught and effectively milled.
Individually flexible decreased power consumption with export and reservoir kits.
Achieve tolerances as low as ±2 microns by imposing a well-optimised scheme of super high rigidity, the use of hydrostatic rams, application of vibration suppressors.
Support workpieces with a circumference of up to 4500mm in a vertical position that relies on gravity to secure parts and that minimizes the necessity of additional fixturing.
Search for vertical lathes with high performance made out of high quality technology that is precise, resilient and durable. They are especially well-suited for performing extremely delicate operations or heavy materials.
Avoid mismatching any lathe specs that include software compatibility, spindle power, scalability, and after-sales support. Ensure high-level safety provisions, usability, and maintenance to promote inefficiencies, downtime, and hidden costs that would otherwise jeopardize long-term performance and further adaptability.
Our customers see positive results often seen in increased productivity, high quality products made and increased profit.
Decreased the cycle time due to multi-process applications, given that cutting parameters will be optimized.
Lower labor costs, less waste, and efficient material use.
Consistent conceptual skills between every production run, Repeatable.
Downtime is minimized by predictive maintenance and sturdy design.
| Specification | Details |
|---|---|
| Max Workpiece Diameter | Up to 5000 mm (197 inches) |
| Max Workpiece Height | Up to 3200 mm (126 inches) |
| Max Workpiece Weight | Up to 80,000 kg (176,000 lbs) |
| Table Diameter | Ranges from 1000 mm (39 inches) to 4500 mm (177 inches) |
| Table Speed | 2–650 RPM (varies by model) |
| Motor Power | 22 kW (30 HP) to 120 kW (160 HP) |
| Ram Size | 204 x 204 mm (8 x 8 inches) to 305 x 305 mm (12 x 12 inches) |
| Cutting Force | Up to 60,000 N (13,490 lbs) |
| Travel (Z-axis) | Up to 2100 mm (82.7 inches) |
| Rapid Traverse (X/Z) | Up to 24 m/min (78.74 fpm) |
| Control System | Options include FANUC, Siemens, and others |
| Optional Features | Automatic tool changers, coolant systems, live spindles, and Renishaw probes |
| Material | High-quality cast iron with thermal distortion minimization |
| Applications | Suitable for large, heavy, and odd-shaped workpieces requiring precision and stability |
Look at what our clients think about our Vertical Lathes:
Discover the types of benefits that come along with vertical lathe technology, be they enhanced precision, improved efficiency, or machining performance.
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Detail manufacturing objects using application of machines that have clear objectives to prevent downtime and increase expenditure on maintenance. Get all work that requires processing on vertical turret lathes started long ago.
A: A vertical lathe, or vertical turning lathe, is a heavy duty tool fitted for turning large bulky objects. It does this by having the work held high and upright on its automated spindle, where cutting tools move horizontally to undertake their work. In accomplishing its objectives, the tool is highly rigid and stable and can accommodate the tightest of tolerances in the production process.
A: Some of the practical benefits of a vertical lathe include easily being able to reach the work in order to engage in the machining process, lower times taken to complete setting up activities and better removal of chips. Moreover, higher productivity of the vertical lathe can be attributed to the fact that the lathe is capable of machining larger diameter parts, an aspect which is important in some industry sectors requiring the machining of quite large components with precision.
A: The latest vertical lathes are equipped with the best technologies like the CNC controls, which makes it easier and fast in operation as they automate and improve the precision in machining times. In addition, such machines are built with low-frequency vibrations in mind and have a good tool system which minimizes resonation and increases their cutting speed.
A: Vertical lathe machine is capable to change various materials such as metals, plastic materials, and other kind of composites into finished materials effectively. Moreover, it is appropriate for the characteristics of mechanical parts that are required to have very high strengths and durability thereby extending its use to areas such as pneumatic, automotive, and production.
A: Yes, vertical turning lathes can be equipped with additional auxiliary devices that allow for modification of the improve operation of milling. As a result, these machines are actively used to work in details, both for obtaining and milling, in general, begin production in one machine.
A: The tool holder in a vertical lathe plays a vital role as it is the one responsible for clamping the cutting tool in position in the process of spindle operation and near the job. A denial tool holder is another important component as it ensures accuracy and stability thereby ensuring effective cutting and mitigating wear on the tool. This is even more typical in the NC applications of the machining technologies where production of irregular parts is realized.
A: Large vertical lathes are used mainly for heavier and larger workpieces as they feature a larger maximum diameter of rotation and higher torque. On the other hand, medium vertical lathes are more suitable for smaller parts and generally require less power, which makes them good candidates for another machining tasks.
A: Horizontal turning chucks are employed in cutting of components that are less in size and weight and concentrate on high speeds. Large weight and dimension components appropriate for cutting are rather cut using a vertical lathes which are quite more rigid and stable. This is as in the case of manufactures of components of larger dimensions that use vertical lathes in the production process to ensure the high precision of regulations for machining the workpiece.
