كيف تقوم شركة مانهارت (قوانغدونغ) سي إن سي لآلات الأدوات المحدودة بتقييم أداء واستقرار آلات اللحام بالليزر؟

When evaluating the performance and stability of laser welding machines, it is necessary to comprehensively consider multiple aspects to ensure that the selected equipment can meet production needs and have reliable operational performance. Here are some key evaluation indicators and methods:
1. * * Welding quality * *:
-Weld appearance: Check whether the surface of the weld is flat, free of cracks, pores and other defects, which is the basis for evaluating welding quality.
-Non destructive testing: By using non-destructive testing methods such as X-rays and ultrasonic waves, the quality inside the weld seam is evaluated to ensure its integrity and reliability.
-Mechanical performance testing: Conduct tensile, bending and other mechanical performance tests to evaluate the strength and toughness of welds, ensuring that the welded parts have sufficient load-bearing capacity during use.
2. Welding speed:
-The welding speed should match the laser power to ensure the continuity and uniformity of the weld seam.
-Evaluate the welding quality at different welding speeds and find the optimal welding speed that can ensure quality while improving production efficiency.
3. * * Beam stability * *:
-Observe the stability of the laser beam during the welding process to ensure that there is no shaking or deviation of the beam, in order to ensure the consistency and stability of the welding quality.
-The stability of the beam can be tested by long-term continuous welding to observe whether there is any fluctuation or decrease in welding quality.
4. * * Failure rate and maintenance requirements * *:
-Understand the failure rate of equipment, evaluate its reliability and durability.
-Understand the maintenance cycle and cost of equipment to ensure stable performance during use.
5. * * Parameter adjustment range and accuracy * *:
-Evaluate whether the adjustment range of parameters such as laser power, welding speed, and focus position meets production requirements.
-Check the accuracy and repeatability of parameter adjustment to ensure that the equipment can accurately execute the preset welding parameters.
6. * * User feedback and market evaluation * *:
-Consult other users for their usage experience and feedback to understand the actual performance and stability of the device.
-Refer to market and professional evaluation reports to obtain more information about device performance and stability.
In summary, evaluating the performance and stability of laser welding machines requires comprehensive consideration of welding quality, welding speed, beam stability, failure rate and maintenance needs, parameter adjustment range and accuracy, as well as user feedback and market evaluation. By comprehensively evaluating these indicators, a laser welding machine with stable performance and reliable quality can be selected to meet production needs and improve production efficiency.