Good news | Received a patent for a cold laser etching high-frequency PCB material processing device
PCB, also known as printed circuit board, is an important electronic part that supports electronic components and serves as the carrier for electrical connections. Due to its use of electronic printing technology, it is called a printed circuit board.
At present, the cold laser etching of high-frequency PCB materials requires the use of PCB material processing devices in the processing process. However, most existing cold laser etching high-frequency PCB material processing devices have the problem of inconvenient movement. Pulleys are usually installed at the bottom of the device to make it easy to move. However, due to only the contact between the pulleys and the ground for support, the stability of the PCB material processing device during operation will be reduced, which is prone to cause displacement. If support legs are used, the device will be inconvenient to move. At the same time, some PCB material processing devices do not have buffering and seismic resistance function during movement. If they encounter ground bumps and other situations during movement, the device will be greatly affected, and in severe cases, it can also cause damage to internal components of the device. Some also installed buffer bases at the bottom of PCB material processing devices, but it will affect the stability of the PCB material processing device during use, reduce the practicality of the PCB material processing device to be not conducive to use. To solve the existing problems, Rich Full Joy proposed the development of a "cold laser etching high-frequency PCB material processing device".
Rich Full Joy Technical Solution
1.Generate high-energy and high-precision laser beams using high-performance laser emitters. By precisely controlling the laser beam, power, wavelength, and focus, precise etching of high-frequency PCB materials can be achieved.
2.Using a control system to adjust laser parameters based on the actual situation during the processing, ensuring machining accuracy and stabilitytoachieve precise control of the laser system.
3.Using a cooling system to reduce the temperature of the laser and processing area, ensuring the stable operation of the equipment; Adopting agas circulation system to provide a clean processing environment and reduce the impact of impurities on processing quality; Using a security protection system to ensure the safety of operators.
Rich Full Joy Innovative Points
1.Cold laser etching technology can achieve material etching at lower temperatures, reducing thermal damage and deformation to materialstoimprove processing accuracy and product quality.
2.The control system adopts real-time feedback technology, which can automatically adjust laser parameters according to the actual situation during the processingto improve processing stability and reliability, and reduce scrap rate.
3.By optimizing the structure and parameters of the laser system, energy consumption can be reduced; At the same time, environmentally friendly materials such as non corrosive chemicals are used to reduce their impact on the environment topromote green manufacturing and sustainable development.
4.The device can adapt to the processing needs of high-frequency PCB materials of different specifications and types, achieve multi use of one machine, improve equipment utilization, and reduce production costs.
By using high-speed lasers, the output power of the laser beam is increased, the number of scans during the etching process is reduced, and the processing speed is improved.
Issues addressed by Rich Full Joy
1.Solvedthe problem of low machining accuracy in existing technologies.
2.Solvedthe problem of resource waste and environmental pollution caused by consuming a large amount of energy during the processing.
3.Solvedthe problem of slow processing speed.