Engraving machine quality appraisal

engraving machine is a CNC machine tool used for engraving, hollowing out, cutting and other processing operations on wood, plastic, metal and other materials. It is the process of inputting digital programs into the computer control system of the engraving machine, using the computer to calculate and convert them into instructions for the machine, thereby realizing automated production and processing.

engraving machines are widely used in various fields. Common application scenarios include art processing, furniture manufacturing, architectural decoration, advertising signs, mold manufacturing, etc. With the continuous development of technology and the increasing demand for self-expression, the application range of engraving machines is constantly expanding.
Zhongke Testing provides engraving machine quality appraisal services.

engraving machine quality appraisal can be analyzed from the following aspects:

1, mechanical components

Mechanical components include guide rails, motors, spindles, etc. The selection and quality of these components determine the service life and effect of the engraving machine. For the guide rail, the combination of high-precision double linear guide rail and slider is more conducive to the stability of the machine; for the motor, choosing a high-quality stepper motor can make the engraving machine's repeated positioning accuracy higher; for the spindle, it must be ensured that it can adapt to different types of processing needs and can operate for a long time.

2, performance indicators

The main indicators considered are applicable range, working area, accuracy, speed, operation stability, etc. First, choose a model based on actual needs, taking into account the size of the working area, the power of the spindle, cutting accuracy, etc.; secondly, you need to pay attention to the speed and operating stability. Generally speaking, the faster the speed, the higher the efficiency of the engraving machine, but too fast a speed will also increase the machine's failure rate, so a comprehensive consideration is required.

JB/T 11569.1-2013 Five-axis linkage engraving processing center Part 1: Accuracy inspection

JB/T 11569.2-2013 Five-axis linkage engraving processing center Part 2: Technical conditions

CY/T 9-2017 Electronic engraving gravure quality requirements and inspection methods

GB/T 31301.7-2020 Shoemaking machinery safety requirements Part 7: Milling machines and engraving machines