About heavy duty lathe machine
Our Heavy Duty Lathe Machine is engineered for high-performance machining and precision turning of large and heavy workpieces. Designed with robust construction and advanced technology, this machine ensures maximum durability, stability, and accuracy in demanding industrial applications.
It is widely used in engineering workshops, manufacturing units, fabrication industries, and heavy-duty metalworking operations. The machine is capable of handling a wide range of materials such as steel, cast iron, and alloys with excellent efficiency.
Equipped with a powerful motor, hardened bed ways, and precision-ground components, our lathe machine delivers smooth operation, high cutting accuracy, and long service life. It is ideal for operations like turning, facing, threading, knurling, and drilling.
Key Features:
Heavy-duty and rigid construction
High precision and accuracy
Long operational life
Low maintenance and easy operation
Suitable for large and heavy jobs
Smooth and vibration-free performance
Applications:
Engineering and manufacturing industries
Fabrication workshops
Automobile and tool rooms
Metal processing units
Why Choose Us:
Quality-tested machines
Competitive pricing
Timely delivery
Customization available as per requirement
Precision and Power for Heavy WorkpiecesDesigned for industrial-scale operations, this lathe machine offers industry-leading durability and machining accuracy. Its robust build supports up to 3-4 tons of workpiece, and the variable speed range accommodates a wide variety of cutting needs. The all-geared head and large spindle bore allow for seamless work with large-diameter materials, enhancing both efficiency and productivity for heavy-duty tasks.
User-Friendly Manual ControlsWhile robust in capacity, this lathe remains user-centric by utilizing manual handwheel and lever controls for smooth operation. The machine includes an integrated coolant system for temperature control and a dual-mode lubrication system-automatic and manual-for prolonged component life. High-quality materials such as cast iron and steel contribute to stable, vibration-resistant operations, ensuring consistent, precise outputs.
Versatility and ReliabilityThis lathe machine is suitable for diverse applications ranging from general machining to complex component manufacturing. Its reliable construction, substantial tailstock quill travel, and variable cutting speeds make it a sound investment for workshops demanding versatility without compromising on power or accuracy. Maintenance is simplified with comprehensive design choices tailored to heavy and continuous duty cycles.
FAQ's of heavy duty lathe machine:
Q: How does the all-geared head gearbox enhance performance on this lathe machine?
A: The all-geared head gearbox provides seamless transmission of power from the motor to the spindle, enabling the operator to switch speeds smoothly and efficiently. This design results in higher accuracy and improved performance when machining heavy or large-diameter materials.
Q: What types of materials can be machined using this lathe?
A: With its robust construction and high spindle bore capacity, the lathe can machine a wide range of materials, including various grades of steel, cast iron, and non-ferrous metals, supporting workpieces up to 3-4 tons in weight.
Q: When is it necessary to use the automatic lubrication system, and how does it benefit operations?
A: The automatic lubrication system should be engaged during prolonged high-load machining or continuous operations, as it ensures critical components are continuously lubricated, reducing wear, enhancing accuracy, and extending the machine's service life.
Q: Where can this lathe machine be installed, considering its size and requirements?
A: Ideally, the lathe should be installed in an industrial workshop or manufacturing facility with a reinforced floor that can support its 2100 kg weight and has access to 415 V AC, 3-phase power supply. Adequate space for the machine's 3500 x 900 x 1300 mm footprint and safe operation zones is essential.
Q: What is the process to control spindle speed and cutting operations on this machine?
A: Operators use manual handwheel and lever controls to set the spindle speed within the 40-2000 rpm range, and to maneuver the carriage and cross-slide. This manual system provides precise control for both roughing and finishing operations on a variety of workpiece sizes.
Q: How does the integrated coolant system support cutting operations?
A: The integrated coolant system helps regulate the temperature at the cutting zone, preventing overheating of the tool and workpiece. This keeps machining operations stable, ensures smooth surface finishes, and prolongs the lifespan of cutting tools.