Precision Machining Foundation Lathe: A Practical and Reliable Precision Machining Assistant
Basic machining equipment often encounters problems such as unstable precision and difficulty in adapting to complex processes, which affect the quality of precision workpieces. Are you looking for a basic lathe machine that is easy to operate but can stably meet the requirements of precision machining? Our Basic Lathe Machine is specifically designed for precision machining and can solve these problems. With the convenience of a basic model, it can achieve high-precision machining. It can be used in various scenarios.
The bed guideways of the lathe have been hardened and finely ground, making them wear-resistant and capable of maintaining precision for a long time. This lays a foundation for precision machining for the basic equipment. The main shaft uses precision cylindrical roller bearings, and the main shaft box is equipped with high-strength quenched and ground gears, which are durable and can adjust the speed - when combined with a saw machine to cut raw materials, whether it is high-speed fine cutting or high-torque processing of heavy workpieces, the power can be stable and the performance will not be affected because it is a basic model.
The tool carriage operation is convenient, the thread switch, forward and reverse stop, and tool control handle positions are clear. Multiple feed amounts can be selected, and various threads can be machined. It can be combined with a tapping machine to process precision workpieces with threaded parts, ensuring smooth connection and maintaining thread accuracy. The automatic tool path can reduce human error in the x and y directions. The high-precision three-jaw chuck has power-off protection and can hold the workpiece stably. It also provides additional safety guarantees for precision machining. Even this basic model meets the operational requirements of precision machining.
Cooling system can effectively reduce cutting temperature, reduce tool wear, extend tool life, and improve machining accuracy and surface quality of the workpiece. When combined with a grinding machine to polish high-precision workpieces, it can better ensure the overall effect. The lubrication system reduces internal friction of the equipment, making the machine run smoothly and last longer. The lighting system helps operators clearly see the processing details and adjust parameters in time to avoid affecting accuracy due to poor visibility in basic equipment.
The four-position tool holder can hold 4 cutting tools. The tray can rotate left and right to machine precision workpieces with conical shapes. The tailstock uses a pin to support the workpiece, making the processing more stable and also compatible for eccentric shaft processing and adjusting the axial accuracy of the workpiece. The foot brake stops quickly, and the chip removal board can be manually collected the chips. The power distribution cabinet has neatly arranged wires for easy maintenance. These designs enable the basic lathe to meet the requirements of precision machining while also being convenient for daily use.
This basic lathe is small in size but large in power, suitable for factory precision machining and workshop maintenance, school precision machining teaching and training, research institute experimental processing, and even DIY precision production at home. It truly realizes multi-purpose use with a basic model, providing a cost-effective solution for different scenarios of precision machining.
Product Features
The basic model does not lose precision, the core components meet the requirements of precision machining, and the performance is not reduced due to the basic positioning.
The operation is simple and easy to master, suitable for basic scenarios, and also has the safety protection required for precision machining.
It has strong collaboration capabilities, can be combined with various types of equipment, covering the entire process of precision machining, and has high cost-effectiveness.
Tips
When using it regularly, check from time to time whether the bed guideways are clean. Don't let impurities affect the accuracy.
Before performing precision processing, use lighting to check if the cutting tools are installed correctly to ensure a stable processing process.
