Nanosecond solid-state laser solves the marking problem of plastic control panel

Recently, I received a consultation from a new customer, Mr. Zhou, "I have encountered some problems when laser marking precision electronic parts of household appliances. For example, the use of laser marking pattern marking on the controller board, because the control board has been pre-installed with other components , High thermal sensitivity, laser processing on it is easy to cause excess static electricity and easily cause damage to other components. This problem only began to emerge after the product has been used for two or three years. At present, we have been looking for a solution. Once from the technical aspect Solving the problem will be applied on a large scale."

"You have found the right company" RFH replied.

After 13 years of development, the laser research and development team composed of professors, experts and doctors at home and abroad has developed and produced 0.01mm high-precision ultraviolet lasers with a wavelength of 355nm, which has a very low thermal impact on the processing area. It will cause damage to electronic components, excessive static electricity and other problems. Please feel free to use it. RFH has set up a sample workshop at the headquarters of the company. Users are welcome to send samples or make samples to test the marking performance of high-precision UV lasers.

According to Mr. Zhou's actual situation, we recommend the new RFH 355nm UV laser. Compared with the same type of product, this model is smaller in size, more exquisite in design, and more stable in light output. The small and exquisite design means that users do not need to make a large light path, which can greatly reduce costs, save space, and be lightly installed in the field of flying marking equipment. The S9 ultraviolet laser is not only compact, but also has a more stable cavity structure and stronger scalability than similar products. The same cavity can produce lasers of multiple powers, and the stability of different power ranges is greatly improved.

"Small size", "±0.02mm high precision", "high power stability", and "high cost performance" are the core advantages of RFH S9 UV lasers.

High-quality UV lasers, look for the RFH brand.

All S9 UV laser products are produced strictly in accordance with the "Quality Management System" regulations

From procurement-pre-production quality inspection control-rigorous assembly process-finished product testing-warehousing quality inspection-pre-delivery inspection-after-sales service, each level is checked to ensure stable quality and consistency of equipment parameters with actual operating parameters. This is the reason why the service life of RFH brand lasers is better than that of peers

S9 UV laser is produced in a dust-free workshop

The clean production environment ensures that all electronic components are produced dust-free and free from pollution.

A team of professors at home and abroad independently researched and developed S9 UV laser dedicated power supply control system. The power supply and the laser have a one-to-one correspondence. The stability of the power supply control system determines whether the laser can maximize its performance during operation. RFH has the advantages of independent research and development of power supply technology, which can update the function modules of the power control system in time, and improve the function modules according to the needs of the laser. 13 years of R&D technology accumulation, domestic and foreign professors, doctoral level R&D team. This is a solid backing for the stable operation of RFH's entire laser system.

 Power supply + laser head + cooling system, complete system sales From the user's point of view, RFH has launched a complete laser system sales plan to ensure the stability of the entire laser system and its best performance

The S9 ultraviolet laser adopts a fully digital display, supports communication with a computer, and can remotely monitor the laser. The integrated compact design facilitates equipment integration.