ULiROBOTS TECHNOLOGY (SHANGHAI) CO., LTD.

Laser soldering process perfect application and sensor indus

2021-04-13

Laser soldering process perfect application and sensor indus

Sensor in the future development, it will be more and more used in social construction and life in various fields.According to the Hi-Tech Industry Research Institute, the sensor market will maintain a growth rate of more than 20 percent.At this time, many people wonder why there is such a big demand for sensors?
 
Sensor is one of the main components of the sensor layer of the Internet of Things. It is a detection device that can realize the transmission, processing, storage, display, record and control of information.
 
It has already penetrated into such as industrial production, space development, ocean exploration, environmental protection, resource investigation, medical diagnosis, biological engineering, and even the protection of cultural relics and so on extremely extensive fields.
 
It is no exaggeration to say that almost every modernization project, from the vast space to the vast ocean to all kinds of complex engineering systems, cannot do without a variety of sensors.
In order to adapt to the demand of the information under the high speed development of sensor, by force automation technology (Shanghai) co., LTD launched sensor laser soldering technology, laser soldering applications include tin wire, tin solder ball, solder paste is suitable for various soldering requirements, the formation of small weld, solder joint quality is high, the precision of small area local heating make its heat affected zone is small.
 
Weld smooth, beautiful, high quality, precision and other characteristics are not modern soldering process search.
The advantages of laser soldering machine are as follows:
 
1. High precision: the light spot can reach micron level, the processing time can be controlled by the program, the precision is much higher than the traditional soldering process;
2. Non-touch tin processing: the soldering process can be completed without direct contact with tin surface, and there is no stress caused by touch tin soldering;
3. Small working space requirements: small laser beam instead of soldering head, workpiece surface when there are other interference objects also precision machining.
4. Small work impact zone: local heating, small heat impact zone.
5. Safety in the working process: no static electricity threat in the processing process.
6. The working process is clean and economical: laser processing consumes articles, and there is no waste produced in the processing process;
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