THUNDER LASER adhere to global production standards and strict quality control throughout the production. From component procurement to final inspection before shipment, we ensure your laser equipment meets your expectations.
The key factor to the high-grade performance and durability of our laser equipment comes from our strict screening process for our suppliers and the rigorous incoming material tests. To further guarantee the quality of our laser machines, we have our self-developed hardware that checks on the performance and functionality of components.
Our trained QC inspectors check on the outer surface of the housing for any defects such as paint loss, scratches, or cracks. The strict QC inspection also involves the use of precision measuring tools for combination modules and detailed installation to ensure the stability of our laser machines.
The guide rails of our laser machine are placed on our marble platform. We use the flat surface of this platform to check the flatness and curvature of every guide rail.
With the percentage table, we can check the swinging axis movement degree of our laser machine’s rotating shaft. The test ensures the rotating shaft can swing or move to a proper degree that meets your specifications.
The accuracy of the red dot indicator is inspected through our multimeter. With a multimeter, we test the positive pole of the component and the surface of our laser equipment housing within the ohmic range. By doing this, we ensure our laser machine’s precision and performance are working in compliance with global standards.
We turn it on. While running on less than 7mA power, the laser tube completely glow and not produce any electric noise is considered to pass.
We test the power with a power meter, ensuring the actual power of the test meets the rated power. The power test will be performed power again before installation, guaranteeing laser stability.
Our inspectors test the light spot and light cone with thermal paper and acrylic at a distance of 0.8-1.5 meters. This is to ensure that the spot shape and light cone depth are correct and that there is no light leakage.
We conduct aging test to ensure the overall stability and durability of the laser tube. The aging platform is activated to perform a 7+ hour light-out test on the laser tube. And then, we place the laser tube in the warehouse for aging.
To check on the condition of our laser machine’s power supply, we utilize the fixed power file to detect abnormal fluctuation in power while the equipment is in operation. This ensures our laser machines can achieve stable performance.
Using the Positive Point Atomic Mini-pro offline downloader, we download a program to the printed cir board. This allows us to quickly test the board for proper operation without going through the machine.
Each component, such as chillers, exhaust fans, air compressors, etc., undergoes strict quality control before entering our warehouse. This ensures the stable operation of each accessory and even the laser machine as a whole.
THUNDER LASER’s skilled workers own more than five years of assembly experience and specialized assembly skills. Each of our team members follows our established production standard documentation to install components, ensuring consistency in the quality of our laser equipment.
High-grade wire cutting machines and crimping machines can process the wires for our laser equipment with minimized wastage. The tools and our skillful workers ensure optimized connections between all components of our laser machines.
Using our red dimming tool in adjusting the red light output, we can fine-tune the light ray of our laser machines to be more accurate and quicker. We also utilize our acrylic dimming tool to set the laser light path that further improves the performance and precision of our equipment.
When all components are checked and assembled, we conduct a trial run of our laser machines to test and correct their bi-directional engraving performance, cutting performance, and marking performance. The trial run also tests other aspects of our laser machines such as their energy usage, light ray output, and other factors. All tests and their results are documented and provided for you.
There is a final inspection conducted on your laser machine before we ship them out. The inspection determines the appearance and performance of the housing and accessories. Once the laser equipment passes the final inspection and meets your specifications, we seal it in premium wrapping film and packaging to protect the machinery during transport.