High-efficiency Ordinary Lathe for Metal Cutting: A Reliable Processing Assistant
When performing metal cutting, common problems encountered include slow equipment operation and frequent damage to the cutting tools due to high temperatures. Are you looking for an ordinary lathe that can increase the speed of metal cutting while reducing tool wear? Our Efficient Ordinary Lathe is specifically designed for metal cutting and can solve these issues, making metal processing fast, stable, and applicable in various scenarios.
The bed guideways of the lathe have been hardened and finely ground, ensuring durability and long-term accuracy. The equipment operates smoothly without shaking during metal cutting, and the processing efficiency can keep up. The main shaft uses precision cylindrical roller bearings, and the main shaft box is equipped with high-strength quenched and ground gears, making it durable and capable of adjusting speed and torque. When used with a saw machine to cut metal materials, whether for high-speed cutting thin-walled metal parts or high-torque processing thick metal blocks, it can handle the tasks quickly and accurately without sacrificing precision.
The tool carriage is easy to operate, and the positions of the thread switch, forward-reverse stop, and tool control handle are well-designed, allowing for the selection of various feed rates. Cutting metal threads is fast and accurate, and when combined with a tapping machine for processing metal parts with threads, the connection is smooth without delaying time. The automatic tool path movement reduces manual operation time in both the longitudinal and lateral directions. The high-precision three-jaw chuck with power-off protection clamps the metal workpiece without loosening during processing, making it both efficient and safe.
The cooling system can quickly lower the temperature of metal cutting, reducing tool wear, extending the lifespan, and improving the surface quality of the metal workpiece. Following this, when combined with a grinding machine for polishing, it can reduce rework and further enhance overall efficiency. The lubrication system reduces internal friction in the equipment, ensuring stable rotation and preventing malfunctions during long-term metal cutting. The lighting system illuminates the processing details, facilitating timely parameter adjustment by the operator and avoiding errors due to poor visibility.
The four-position tool holder can accommodate 4 different metal cutting tools, and the tray can rotate left and right to cut metal workpieces with taper. The tailstock uses a mandrel to support the workpiece, making the processing of long metal shafts more stable and also compatible with operations such as making metal eccentric shafts and adjusting axial accuracy. The foot brake stops quickly in emergency situations, allowing for immediate cessation of processing. The chip collection board is convenient for collecting metal debris, and manual cleaning is effortless. The power distribution cabinet has neatly arranged wiring, making daily maintenance simple and suitable for long-term efficient metal cutting.
This high-efficiency ordinary lathe is small in size but large in power, suitable for batch processing of metal parts in factories and workshops, as well as for metal part repair in workshops. It can also be used in schools for metal cutting teaching and training, research institutes for metal experiment processing, and for DIY metal small-item fabrication at home. It truly offers versatility, providing efficient solutions for different metal cutting needs in various scenarios.
Product Features
High cutting efficiency, with core components optimized for rapid metal processing, balancing speed and precision.
Easy to operate and safe, designed with an operation structure for efficient processing, with multiple protections for use.
Highly adaptable, capable of cooperating with various types of equipment, covering the entire metal cutting process, with outstanding practicality.
Tips
Before batch metal cutting, adjust the spindle speed and feed rate to ensure a balance between efficiency and quality.
After each day of metal cutting, check the coolant level of the cooling system and replenish coolant in time to facilitate use the next day.
