The study found that the laser processing of micro-bending than the other way with greater precision, the same time, this is an ideal method in microelectronics manufacturing. Laser cutting applications. With the power rising of fiber lasers, fiber lasers in industrial cutting able to be large-scale applications. For example: a fast chopping continuous fiber laser micro-cutting stainless steel artery. Due to its high beam quality, fiber lasers can be very small focus diameter and the resulting small kerf width is refresh the standards of the medical device industry. The manager and the customer are negotiating the price ofgreen laster pointer.
Band covers the 1.3μm and 1.5μm, the two main communication window, the fiber laser in the field of optical communication has an irreplaceable position in the high-power double-clad fiber laser successfully developed in the field of laser processing market demand was the trend of rapid expansion. Range and the required performance of fiber lasers in the field of laser processing as follows: 50-500W soldering and sintering; polymers and composite materials cutting: 200W-1kW; to activate: 300W-1kW; fast printing and printing: 20W-1kW ; metal hardening and coating :2-20kW; glass and silicon cutting: 500 W-2kW. In addition, with UV fiber grating writing and packet layer pump technology development. The director answered the customer’s questions about the data on the drawing of 200mW Laser Pointer.
Conversion fiber laser output band in the wavelength of violet, blue, green, red and near infrared light can be used as a practical curing light source widely used in data storage, color display, medical fluorescence diagnosis. The far-infrared wavelength output of the fiber laser due to its smart and compact structure, the advantages of energy and wavelength tunable, also laser medical and bio-engineering and other fields has been applied. New type of fiber laser technology. Early laser development mainly in the research output of the short pulse and the tunable wavelength range expansion. Today, dense wavelength division multiplexing (DWDM) and optical time division multiplexing technology and the rapid development and advances made to accelerate and stimulate multi-wavelength fiber laser technology, the progress of the supercontinuum fiber laser. The customer has some strict requirements for the parameter of 100mW laser pointer.
The same time, the emergence of multi-wavelength fiber lasers and supercontinuum fiber laser, compared to cost-effectively achieve Tb / s DWDM or OTDM transmission provides the ideal solution. On the way to look at its implementation, the use of EDFA amplified spontaneous emission, the technology of the femtosecond pulse technology, ultra-light-emitting diodes are reported. Our fiber laser research progress the .2002 Nankai reported in Yb3 +-doped double-clad fiber devices, a pulse width of 8ns the self-Q-pulse output and mixed Q-switched double-clad fiber laser peak power 8kW, the pulse width is less than 2ns pulse output. The equipment in the corner is the best one of manufacturing 10mW blue violet laser pointer.
In 2003, Nankai University, reported that the pulse pump 100kW peak power Q-switched, and the 60nm tunable Q-switched. Reported on November 20, 2003, Shanghai scientists to make new achievements in the field of laser output power up to 107W fiber laser successfully developed. Laser called "high-power ytterbium-doped double-clad fiber laser", its maintenance costs and power consumption is much lower compared with the currently available laser life is several times that of ordinary lasers. The person in charge of the Task Force on the first floor Qihong researcher told reporters that the laser printer has a wide range of applications, directly related to the life of the people, such as the date of production of food, security signs. The working condition of warehouse of green laster pointer is better than before.
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Posted by: Jaylen Watkins | 02/18/2012 at 06:24 下午