The parallelism standard of a linear sliding press usually refers to the parallelism requirements of its upper and lower slides. These standards are usually determined based on specific machine design and usage requirements and will vary based on different press types and manufacturing standards. Generally speaking, the parallelism standards of presses will take into account the following aspects:
Design specifications and manufacturing standards: The manufacturer will determine the parallelism requirements of the upper and lower slides based on mechanical design needs and industry standards. These requirements may be detailed in technical documentation or user manuals.
Precision requirements: The linear sliding press needs to maintain high precision during operation, especially when the punch position and pressing force need to be precisely controlled. Parallelism has a significant impact on the quality of the finished product.
Usage environment and application: Different application fields may have different requirements for parallelism. For example, high-precision mold pressing usually requires higher parallelism, while some simple stamping operations may be able to accept looser parallelism standards.
Calibration and maintenance: In order to ensure the long-term stable operation of the press and the production of high-quality products, it is usually necessary to regularly calibrate and maintain the parallelism of the slider, as well as check the wear and deformation of the guide system.
Normally, the measurement and adjustment of parallelism requires the use of precision measurement tools and professional techniques to ensure that design requirements are met.
