In March 2010, Bosch invested 600 million euros to expand a factory in Reutlingen that produces integrated circuits and related components. This is the largest single investment in Bosch's history.

This investment, together with other Bosch investments in electronics research and development, is paying off. In 2010, Bosch's global auto parts sales revenue increased by 35%, ranking first in the Automotive News global auto parts supplier top 100 list.

Last year, these 100 leading global parts and components companies recovered from the economic crisis - of which 96 completed higher sales than in 2009, and 85 had even reached double-digit growth. R & D investment is difficult to measure because of the difference in statistical methods, but from the examples of several giants can see that R & D investment is also rebounding.

The increasing sophistication of automotive parts provides parts companies with the opportunity to gain market returns through innovation.

For example, Eaton, Eaton mainly produces engine valves, superchargers and other powertrain components. Eaton Chairman Alexander Cutler set goals and required each department to grow at an annual rate 50% faster than the market. Ken Davis, president of Eaton Motor Group, said that this means that Eaton is targeting R&D budgets for high-growth technologies. "We are investigating how to invest funds to grow the market."

The increasingly demanding requirements of smart components for fuel economy have spurred a great demand for intelligent components. For example, 8-speed or even 9-speed automatic transmissions, start-stop equipment and batteries for electric vehicles and hybrid vehicles. The requirements of vehicle manufacturers for security systems and infotainment systems are also increasing.

All parts suppliers are not short of orders, but world-class companies like Bosch are leading the R&D competition. They have top-level R&D teams and have deep relationships with vehicle manufacturers.

Bernd Bohr, Chairman of Bosch Automotive Group, is confident of plug-in hybrid and electric vehicles, thanks to Bosch's expertise in automotive electronics and powertrains. He said: "Before 2013, we will start nearly 20 series of electronic transportation products with 12 vehicle manufacturers."

Ranked 11th in the list, TRW Automotive Group revealed that it will hire engineering and technical personnel in the field of high-growth products. Electric power steering is one of them. It is combined with radar, cameras and other auxiliary equipment. The electric steering system can help drive Avoid traffic accidents. The company invested 669 million U.S. dollars in research and development last year, an increase of 2 percentage points over 2009.

In 2009, Lancia’s Delta model used TRW's system in Europe to monitor lane lines through cameras. If the vehicle leaves the lane, the system will send instructions to the automatic steering system and the vehicle will return to the lane. TRW is looking for more customers for this system.

IHS iSuppli Research, a company that tracks suppliers and parts trends over the long-term, predicts that in 2015, the average value of electronic products per car in the United States will reach $1,645. In 2010, this figure was $1,560. This also reflects the vehicle manufacturers have to pay more and more money to buy parts and components.

The rise of the infotainment system HIS also pointed out that by 2015, the United States will be able to increase the number of cars connected to the Internet from the current 1.5 million to 29.5 million. Most of the software needs to be sent via the mobile phone to operate the software. The software will be displayed on the LCD screen of the center console when the software is running.

Ranked 60th on the list, Harman is a manufacturer of other audio equipment such as Harman Kardon speakers, which supplies a series of components for car entertainment information systems: internet and mobile phone connections, 3D navigation, music players and more. Harman said it will continue to invest 10% of its sales in R&D, compared with 5% for most parts manufacturers.

Customers of the infotainment system include Audi, BMW, Rolls-Royce, Chrysler, Citroen, Dodge, Ferrari, Hyundai, Jeep, Mercedes-Benz, Peugeot and Porsche.

Bosch's chip factory fully demonstrates the huge investment needed to produce advanced components. Workers with neat uniforms operate millions of dollars worth of equipment to process semiconductor silicon into computer chips. The location of the processing plant avoids the slight vibration that the traffic may bring, and engineers and technicians operate various instruments to test the performance of the chip. The new plant can make about 300 silicon materials into chips one day. Each piece of silicon can make about 2,500 chips. Bosch hopes to process 800 pieces of silicon one day in 2016. The manufacturing cost for each chip is a minimum of 50 cents, and for smart airbag chips it is 4 dollars. Tim Frasier, Bosch North American automotive vice president, believes that demand for computer chips in cars will continue to grow at a healthy rate. The high-end luxury models represented by the Mercedes-Benz S-Class have approximately 700 chips on components such as brake systems, airbags, engine control systems, and start-stop systems.

Bosch plans to invest 11% of its sales revenue in the automotive sector into R&D this year. Bosch plans to invest US$4.58 billion in automotive-related research and development, and this year's sales target is set at US$43.91 billion. Last year, the two figures were US$4.39 billion and US$41.13 billion, respectively.

Pulsed Laser

The Laser is divided into continuous laser and pulse laser in operation. Pulsed laser refers to a single laser pulse width less than 0.25 seconds, every interval of a certain time to work once the laser, it has a large output power, suitable for Laser Marking, cutting, ranging and so on. Common pulsed lasers include yttrium aluminum garnet (YAG) laser, ruby laser, neodymium glass laser, as well as nitrogen molecular laser, excimer laser and so on. Q-tuning and mode-locking are the two most commonly used techniques for obtaining pulsed lasers. The pulse width of pulse laser is usually less than ess than 0.25 seconds, which performs well in the field of laser marking, laser cutting and laser ranging.

CNI researches and develops Q-switched pulsed laser. The laser head comes with cooling and precise temperature control system, and power supply comes with overcurrent and overheating protection function.
CNI lasers have narrow pulse width, high peak power, and features of stable energy, easy operation, reliable performance and long life time.
The wavelengths of CNI lasers are available from ultraviolet to infrared range:
244nm 257nm 261nm 266nm 289nm 335nm 349nm 351nm 355nm 447nm 457nm 473nm 488nm 523.5nm 526.5nm 532nm 556nm 589nm 656.5nm 660nm 671nm 786nm 905nm 914nm 946nm 1030nm 1047nm 1053nm 1064nm 1313nm 1319nm 1342nm 1573nm 3800nm 3900-4500nm 4600nm 4800nm

Features:

Single pulse energy: 1 μJ~10 J

Repetition rate: 1 Hz~200 kHz
Pulse width: 0.8 ns~200 ns

Operating mode: Activity, passively
Refrigeration method: Air cooled, water cooled, conduction cooled
Varies controls and outputs
Modularity, compact design, stable and reliable
Beam shaping and customized product available
Application:

Laser marking, punching, etching
Laser welding, cutting, heat treatment
Laser cleaning, rapid prototyping

Laser trimming, balancing
Laser storage
Laser medical treatment, cosmetology
Scientific research and teaching



3C Pulse Laser,Pulsed Laser,Infrared Pulse Laser,Pulsed Laser Therapy

Changchun New Industries Optoelectronics Technology Co., Ltd. , https://www.lasersciences.com