Overview of Laser Processing Equipment Development Laser processing equipment belongs to the state's key development areas. In 2008, the laser processing technology of “High-tech areas supported by the country†was included in the list, which belongs to the advanced manufacturing industry. With the development of modern industry, laser processing equipment has now become the preferred processing method and means of manufacturing. In addition to its inherent advantages of environmental protection, high efficiency, and energy saving, laser processing equipment is at the same time an advanced processing method in the manufacturing industry. It improves the product quality in the industries such as automobiles, factories, aviation, shipbuilding, food, medicine, and precision machinery. The first technology application method for cost and improving competitiveness. With the structural adjustment and industrial transfer of domestic manufacturing industries, more and more sophisticated products have been transferred to domestic production in the world, which greatly promotes the application of laser processing technology.
Global laser processing equipment market size In 2013, the global industrial laser processing industry was more complex: the US market grew with excellent export performance; Europe's export growth with Germany only maintained a balance of payments. The revenue of the industrial laser material processing market in 2013 increased by approximately 3.6%. The market demand in this area has driven the continuous growth of the global laser processing market.
With the continuous development of industry, the demand for laser equipment in various industries is constantly increasing, especially for laser cutting equipment, which is particularly concerned with the processing speed and quality.
According to OFweek industry research center statistics, in 2014, the global laser processing equipment sales revenue was 8.47 billion US dollars, an increase of 8.59%. It is expected that the growth rate in 2015 will exceed 10%, and the total market sales will reach 10 billion.
Brief Introduction & Working Principle
CW series gyratory screen is one of our main products. It`s superior quality, excellent performance and high efficiency won us a good reputation among our customers home and abroad.
The material moving track on screen begin with horizontal circular motion at the feed end, gradually diminishing along the length of the machine to an elliptical path,and finally to an approximate straight line motion at the discharge end. The material have enough time to move on the screen, until the screening process is finished,that is why this machine have huge handling capacity.
The unique gyratory motion imparts a combination of actions to the material as it passes along the screen surface. It begins with a horizontal circular motion at the feed end, gradually diminishing along the length of the machine to an elliptical path, and finally to an approximate straight-line motion at the discharge end. There is no vertical component to this motion thus keeping the material in constant contact with the screen surface. Whole sealing structure, no dust pollution. Without vertical vibration, the mesh could gain a longer service life.
Features
* No vertical vibration when working,longer life span of the screen mesh. (best choice for fragile materials, such as salt, sugar etc. )
* Capacity is about 4 times compared with S49-B series Vibrating Screen
* Low power consumption and high screening efficiency
* Price is much higher compared with S49-B series vibrating screen
* It can be designed in square or linear type
* Self cleaning device available
Gyratory Sifter,Gyratory Sieving Sifter,Gyratory Vibrating Pellet Sifter,Steel Standard Gyratory Sifter
XINXIANG CHENWEI MACHINERY CO.,LTD , https://www.sieves.nl