Related technologies of linear boring machines mainly include the following aspects:
Application of linear grating ruler: Linear grating ruler is a high-precision measuring tool used to measure the linear motion displacement of the boring bar of the boring machine. By installing a linear grating ruler, the displacement of the boring bar can be monitored in real time to achieve precise control of the processing process. This technology improves processing accuracy and stability, and is already quite common in high-end boring machine equipment.
High-precision processing technology: In order to meet the requirements of the machinery manufacturing industry for processing accuracy and efficiency, linear boring machines usually use high-precision processing technology. For example, by fine milling the side of the worktable to correct and measure the workpiece, ensure that the side of the worktable is perpendicular to the axis of rotation of the boring machine spindle, thereby improving the processing accuracy.
CNC technology: Modern linear boring machines widely use CNC technology to control the various operations of the boring machine through programming. CNC technology enables the boring machine to perform precise processing according to the preset program, greatly improving production efficiency and processing quality.
Servo motor and control system: Servo motor and advanced control system are key components of linear boring machines. The servo motor provides stable power output, while the advanced control system ensures precise control of the motor. The synchronization between the servo motor shaft and the lead screw is crucial to machining accuracy, and any loose connection may cause dimensional errors.
Maintenance and care: Regular maintenance and care are important measures to ensure the long-term and stable operation of the linear boring machine. This includes inspection and maintenance of key components such as servo motors and grating rulers to ensure their normal operation.
