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Anshan Heli Laser Equipment Co., Ltd.

National Service Hotline : 400-641-6888

Address: No. 368 Qianshan Road, High-tech Zone, Anshan City

Dongguan Heli Laser Equipment Co., Ltd.

Address: No. 48 Wenxiang Road, Xiaoxiang, Wanjiang District, Dongguan City, Guangdong Province

Phone: 0769-88879968

0769-21661919

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您的位置: 首页 - 公司动态 - 行业新闻 The 11th Optical Expo and the 10th China Hubei Industry- University-Research Cooperation Project Fair will be held at Wuhan International Expo Center from November 6th to 8th, 2014. Your location: 杏鑫平台 - Company News - Industry News

The 11th Optical Fair and the 10th China Hubei Industry-University-Research Cooperation Project Fair will be held at Wuhan International Expo Center from November 6th to 8th, 2014

Release time: 2014.09.16 News source: Laser cutting machine, laser engraving machine, laser marking machine, laser equipment brand manufacturer-Dongguan Heli Laser Equipment Co., Ltd. Browse times:

The 11th Optical Expo and the 10th China Hubei Industry-University-Research Cooperation Project Fair will be held at Wuhan International Expo Center from November 6th to 8th, 2014. This year's Optical Expo formed a breakthrough in a number of data and was particularly favored by foreign exhibitors: more government agencies and companies from France, the United States, Japan, and Germany will participate in the conference, including the French Aquitaine Promenade "prestige" optoelectronics companies, TRUMPF, Rofin, Laserline and so on.

It is understood that several developed countries, represented by Germany, France, the United States, and Japan, have developed the fastest in the laser processing industry. Many countries in the major large-scale manufacturing industries, such as automotive, electronics, machinery, aviation, steel and other industries have basically completed the replacement of traditional processes with laser processing technology and entered the "light manufacturing" era. But what is the reality?

I. Development Status of Russian Laser Technology Industry

In recent years, the output of Russian industrial lasers has continued to increase, of which fiber lasers have grown the fastest, and the bio-optical, laser marking, and laser holographic markets are also booming. The country has more than 800 laser-related organizations and companies, and 165 laser-producing companies and institutions (60% of which are located in Moscow). There are thousands of models of lasers or equipment in the international market, including light sources, industrial and medical lasers, measurement and test equipment, navigation and alignment systems, and laser beam characterization, control, shaping and conditioning equipment.

However, the current Russian optoelectronics market lacks innovation funding. The oil and gas industry likes to purchase equipment from abroad, other industries are not affluent, the funds used for scientific research are insufficient, and there are problems in the conversion of scientific research results.

In terms of technology, Russia is currently preparing to build the world's largest laser, which is mainly used in scientific fields such as basic research on high-temperature dense plasma. The research facility is located in Sarov, Russia's Lower New Town State, and can generate 192 laser beams, occupying about two football fields, reaching a height of ten floors, and can obtain more than 2 megajoules of energy. Development Status of German Laser Technology Industry

The fastest-growing laser industry in Europe is Germany, especially in the world of laser material processing. Today, when we talk about German laser processing , many people may no longer be unfamiliar. From small tailoring to large space shuttles, German laser processing applications are becoming more and more common. Its laser and optical products are sold worldwide every year. 10% to 20% growth.

Domestic and foreign orders for CO2 lasers and solid-state lasers produced in Germany increased from 2009 to 2010-78% and 95%, respectively, and the overall growth exceeded 90%. The growth of the export part indicates that German companies have strong competitiveness in the world, and the German laser industry is still in the rising stage. In terms of laser light source, CO2 accounts for 42%, Nd: YAG accounts for 35%; in terms of laser systems, CO2 laser processing system accounts for 56%, YAG laser processing system accounts for 40%, and CO2 laser processing system Trumpf is self-supporting, while Rofin-Sinar In cooperation with Griesheim Co., Ltd., Lascontur series laser processing machines have been formed.

At the end of 2013, the ultra-short pulse laser industrial finishing technology jointly developed and put into practical use by Germany's industry-university-research institute was awarded the German Future Award by German President Gauker.

3. Development status of French laser technology industry

France is a world leader in laser optoelectronics, and the laser industry has become the leading industry for research and innovation in France. The French government encourages high-power lasers as a development strategy. The main players in the field of laser processing mainly include Lectra Systems (producing laser cutting machines for soft materials such as textiles, filter paper, airbags), Quantel (mainly cleaning and surface treatment) Fiber-optic Q-switched Nd: YAG lasers), Sopra (producing excimer lasers with average powers from several watts to 1 kW), ChevalFreres (designing and building processing machines using continuous wave or pulsed Nd: YAG lasers) And so on, most of them are members of the Power Laser Association (CLP: a non-profit consortium established as a center of the field to promote laser material processing and industrial applications). In this way, research laboratories, research development and technology conversion centers, educational organizations, laser and laser system manufacturers, industrial laser users, and finished product factories are connected into an industrial ecosystem that combines production, education, and research.

In terms of scientific research, in mid-2013, French physicists first produced a random laser in a cold atomic cloud in a laboratory environment. The research team believes that this research can provide some basic ideas for the necessary conditions for free laser generation and related research, but also improve our understanding of astrophysics, and even promote some practical applications of such phenomena.

At the same time, the French government has approved the establishment of a series of parks specializing in laser technology research and development. The Optoelectronics R & D Center in Brittany is a good example. Development Status of Japanese Laser Technology Industry

According to the American Optoelectronics Industry Development Association, Japan has surpassed the United States and Europe in the optoelectronics industry consisting of displays, optical storage, optical communications and hard copy, and has a dominant position in the world.

According to information released by the Japan Optoelectronics Industry Technology Promotion Association, it can be seen that Japan's laser processing equipment and medical equipment account for a very small proportion. In the early 1980s, laser processing equipment accounted for 37% of the total output value of the Japanese optoelectronic industry. Later, due to the rapid development of optical storage, optical communications, displays and semiconductor lasers, certain developments have also been made in recent years.

Although the Japanese laser-related market and laser material processing are considerable by international standards, Kunihiko Washio, CEO of ParadigmlaserResearch (Tokyo, Japan) said at the 11th International Laser Market Symposium: The Japanese laser market is just flat. It is understood that the output value of laser material processing equipment has fallen sharply from the peak of 400 billion yuan in 2007 to 200 billion yuan in 2012. Laser technology mainly involves lasers including carbon dioxide, solid state, and fiber and diode lasers. The output of CO2LMP systems in domestic applications also declined. The output value of laser cutting and drilling systems fell by 30% between 2011 and 2012, from 90 billion yuan in 2007 to 55 billion yuan.

At the end of last year, Japan developed a high-power blue semiconductor laser that can be processed directly, consuming only about half the power of a green solid-state laser. Therefore, the possibility of laser processing equipment and processing equipment equipped with DDL can be expanded. In April of this year, Japanese researchers developed a high-output photonic crystal laser, which is expected to be used in materials processing, sensing, laser medical and other fields, and can also be used to manufacture lensless lasers in compact optical systems.

For more than 40 years, laser-based laser technology has developed rapidly in China. In the past year, the sales of the global laser market reached 8.806 billion US dollars, an increase of 1.7% compared to the 2012 sales of 8.657 billion US dollars. Statistics show that the domestic laser processing equipment market has grown rapidly. In 2010, the industry scale developed rapidly, and its growth remained above 20%. The market size exceeded 5.5 billion yuan. In 2011, the market size exceeded 6 billion yuan. The laser processing equipment market showed Stable and rapid growth. More laser cutting machine , laser engraving machine , laser marking machine , laser equipment brand manufacturer-Dongguan Heli Laser Equipment Co., Ltd.!

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