The advent of robotic technique has brought new opportunity to the laser industry. Right now, domestic robotic laser has achieved primary development and its market size continues to grow. It is expected that the industry is going to be very promising.
Laser processing as a non-contact machinery processing has become an indispensable part in industrial manufacturing sector because of high quality, high output, high flexibility and high adaptability. It has been well recognized in the industrial manufacturing sector in the past 10 years. And the great success of laser processing lies in the assistance of robotic technique.
As we all know, robot is quite outstanding in industrial manufacturing sector, for it can not only work 24/7 but also reduce mistakes and error and is able to work normally under extreme conditions. Therefore, people incorporate robotic and laser technique into one machine and that is robotic laser or laser robot. This has brought new energy to the industry.
From the development timeline, laser technique and robot technique were quite similar in the development pace. But these two don’t have “intersection” until the late 1990s. In 1999, German robotic company first invented the robot arm with laser processing system, which indicates the time when laser met robot for the first time.
Comparing with traditional laser processing, robotic laser can be more flexible, for it breaks the limitation of the dimension. Although traditional laser has wide applications. Low powered laser can be used to perform marking, engraving, drilling and micro-cutting. High powered laser is applicable to perform cutting, welding and repair. But all these can only be 2-dimension processing, which is quite limited. And robotic technique turns out to make up the limitation.
Therefore, in the past few years, robotic laser is become quite heated in laser cutting and laser welding. Without the limitation of cutting direction, robotic laser cutting can also be called as 3D laser cutting. As for 3D laser welding, although it hasn’t been widely applied, its potential and applications are gradually known by people.
Right now, domestic laser robotic technique is going through the speed-up period. It is gradually applied in metal processing, cabinet production, elevator manufacturing, shipbuilding and other industrial areas.
Most of the laser robots are supported by fiber laser. And as we know, fiber laser will generate heat when it is working. To keep the laser robot at its optimum, efficient cooling needs to be provided. S&A Teyu CWFL series water circulating chillerwould be an ideal choice. It features dual circulation design, which indicates independent cooling can be provided for fiber laser and the welding head at the same time. This can not only save cost but also space for the users. In addition, CWFL series water circulating chiller is able to cool up to 20KW fiber laser. For detailed chiller models, please go to https://www.teyuchiller.com/fiber-laser-chillers_c2
Guangzhou Teyu Electromechanical Co., Ltd.
SKYPE: teyuchiller
Email: marketing@teyu.com.cn
Website: https://www.teyuchiller.com
Tel: + 86-20-89301885
Fax: + 86-20-84309967
About S&A Brand
S&A(TEYU) was founded in 2002. After 19 years of development, the headquarter covers an area of 18,000 square meters, and has about 300 employees.
Why choose S&A
Product Advantages:
1. With 11 patent certificates，CE, RoHS and REACH approval; Conforms to air transport requirements; 2 years warranty;
2.±0.1℃ high precision temperature control, stable cooling performance,support
ModBus-485 communication;
3. Establish logistic warehouses at USA and Europe;
Manufacturing Advantages:
1.Independent R&D on sheet metal, evaporator, condenser and cores parts of chiller;
2. Annual output 8 0,000 units, product exports rate above 60%；
3. Standard bulk production, standard parts rate up to 80% ；
4. With excellent laboratory testing system, simulates actual working environment for
chiller.
