服务热线: 400-666-4000
. EN
首页 > 新闻中心 > 媒体报道

han's laser: obtaining nearly 50 world technology patents for semiconductor manufacturing autom

2018-03-05

From February 7th to February 9th, Dazu laser came to Xi'an, Chi Heng Electronic Technology Development Co., Ltd., Kunshan De Sheng Fu, Cci Capital Ltd and many other institutions to investigate. In the survey, the performance of the 2017 annual performance of the data and the wealth of the rich business and so on become the focus of attention, the company to solve and discuss related issues.

Operating data of the company's 2017 annual performance report

During the reporting period the company achieved total revenue of 11559881851.54 yuan, operating profit of 1803362568.53 yuan, total profit of 1804867841.44 yuan, net profit attributable to shareholders of listed companies 1675064577.38 yuan, respectively, compared with the same period last year growth of 66.12%, 160.92%, 108.11% and 122.08%. (the above data is only the result of the preliminary accounting, which may be different from the final annual report. )

The rich and creative business of the big nationality

The company was founded in 1979 in Silicon Valley in the United States and has a wholly owned subsidiary in Shanghai, China and Hsinchu, Taiwan. In 2016, Shenzhen Dazu laser science and technology industry group Limited by Share Ltd holding Fu Chuang and strong combination formed the "Shanghai great fortune Fu Chuang Technology Co., Ltd." and moved the Chinese headquarters to Shanghai great family business Bay.

Our company has become a leader in semiconductor industry in terms of bulk wafer transmission technology, standard mechanical interface (SMIF) technology, ultra clean automation solution and wafer surface heat treatment technology. Among them, the standard mechanical interface (SMIF) product is an important automation hub connecting all kinds of process equipment and logistics system in IC factory, and has good reliability. 3DIC heat treatment equipment has become the industry standard of wafer surface heat treatment process. The company has become a global company that provides R & D, production, sales and customer services based on the automation technology and logistics tracking system.

In the past 38 years, we have gained nearly 50 patents in the world, and continue to create the world's first in the semiconductor manufacturing automation industry and photovoltaic key equipment automation industry.

The prospect of OLED display and the development of the company

With the continuous improvement of technology and industry level, screen has penetrated into our lives, such as tablet, computer, cell phone, vehicle, wearable, home and so on. Various specifications and functions of display are emerging. OLED, as the next generation display technology, is gradually replacing the traditional LCD with its advantages of self luminous, high contrast, thin and wide viewing angle. Related data show that by 2020, the penetration of OLED in smartphones will exceed LCD, and the total OLED shipment volume will be 890 million, becoming the mainstream display mode.

In view of the production of OLED display, the great family laser display and semiconductor equipment business department has successfully provided four kinds of solutions for customers: laser cutting, laser repair, laser stripping and automatic picture inspection. Laser cutting is divided into three kinds of laser cutting, laser cutting and polarizing laser cutting.

With the rapid growth of terminal demand, the OLED whole industry chain has developed rapidly. In the last two years, the panel manufacturing market is wide, and the domestic production line is rapidly expanding. Since 2016, domestic panel manufacturers, such as the Beijing Oriental, Tianma, Guo Xian photoelectric, Huaxing photoelectric and so on, are speeding up the layout of the OLED panel production line. The big family laser display and semiconductor equipment division (DSI) is the first domestic manufacturer of laser processing equipment in the panel industry. It also began to layout in the panel industry in 2015. Relying on its strong R & D team and marketing team is committed to providing a full set of laser solutions for DSI panel industry, with major domestic panel makers have maintained very good relations of cooperation, and has successfully delivered a variety of laser processing equipment, gradually replace foreign equipment, has become the largest supplier of domestic panel laser processing equipment.

High power development planning

The big family pre built the world's second largest production base, with a building area of 400 thousand square meters, all heavy factory buildings, which are all ready for high power, panel, battery and other business. It is an inevitable trend for the future equipment to be large and intelligent. In the background of upgrading of manufacturing industry and cutting in the field of machining more than 70%, laser welding and cutting in the future can replace most of the traditional technology.

A place where there is a difference between small power and competitors

The low end equipment has become the advantage of the Red Sea company. The high-end, front-end and advanced equipment has a high gross margin level. Even the marking machine can achieve 30% gross margin. The competitiveness of the company is the embodiment of comprehensive strength, technology, capacity, sales network and so on. Part of the subdivision has obvious advantages, and the scale of laser related system integration business and the acceleration of large enterprise customer expansion, many of them become company customers. Traditional welding has been expanding.

The difference between optical fiber, gas and solid (containing semiconductor) laser

The gain medium is different. The efficiency of the optical fiber laser is high, the reliability is greatly improved, the conversion efficiency is above 30%, and the conversion efficiency of the traditional laser is generally lower than 10%. Laser research direction: improve power, improve conversion efficiency, fine processing.

在线客服系统
XML 地图