In the 1990s, the Army began to jointly develop the Tactical High Energy laser pointer Weapon (THEL) with Israel. Similar to the Air Force, the Army chose a deuterium fluoride chemical laser with a target output power of 400,000 watts, which can intercept aircraft and rockets up to 10 kilometers away. In 1996, the laser shot down…
Category: Application
Do you know the application of laser pointer cutting technology in fitness equipment?
The continuous expansion of the fitness team has also brought strong business opportunities for fitness equipment manufacturers. Fitness equipment manufacturers have increased technological innovation, strive to improve product quality, and strengthen independent research and development capabilities. Treadmills, spinning bikes, abdominal muscles, stretchers, barbell racks, barbell racks, Roman benches, dumbbell racks, weight racks and other fitness…
How did laser technology subvert the steel pipe cutting industry?
Material cutting is currently the segment with the largest share of laser pointer applications, most of which are laser cutting applications for medium and high power metal materials. Of course, this includes daily major metals such as stainless steel, carbon steel, copper, and aluminum, of which stainless steel and carbon steel account for the largest proportion. Sheet…
Laser technology is rapidly occupying the market
Laser processing technology is a kind of coherent light with the characteristics of high brightness, good directionality, and good monochromaticity. Traditional processing methods are mostly force transmission, so processing speed is limited, while laser pointer processing is more light transmission, with small inertia, high flexibility, high laser energy density, and high processing speed. Laser processing is known…
Overview of the application of laser pointer rapid prototyping technology
Laser rapid prototyping is a new manufacturing technology that integrates advanced technologies such as CAD, CAM, CNC, laser pointer, precision servo drives and new materials. Compared with the traditional manufacturing method, it has the reproducibility and high interchangeability of the prototype; the manufacturing process has nothing to do with the geometry of the manufacturing prototype; the…
Combine the development of high-power laser pointer and laser optical system
With the rapid development of technology and industry, the technical requirements for laser pointer cladding will become higher and higher. Therefore, the future development direction of laser cladding mainly has the following aspects. First, multi-discipline, cross-development. At present, laser cladding technology is mostly used in the direction of materials science and engineering. As a typical high-end manufacturing…
The same laser pointer will also produce radial and angular polarized light
If clockwise polarized light passes through the fiber without twisting the phase, the output is counterclockwise polarized light and the phase is clockwise twisted. By adding these elements to the laser pointer, the polarization twist (rotation) is controlled in the twisting direction of the orbital angular momentum, and the output is also controllable. “We like to…
Researchers have developed the first practical laser pointer on silicon substrate
Researchers from the UK, including researchers from Cardiff University, have developed the first practical laser pointer formed on a silicon substrate. It is expected that this technological breakthrough will bring about ultra-high-speed communication between computer chips and electronic systems, covering areas such as communications, medical treatment, and energy production. With the increase in applications, users have higher…
Detailed explanation of several major characteristics of laser technology application
The world’s first laser was born in 1960, and my country developed the first laser in 1961. For more than 50 years, laser pointer technology and applications have developed rapidly, and have been combined with multiple disciplines to form multiple application technologies, such as optoelectronic technology , Laser medical treatment and photon biology, laser processing technology, laser…
Using the method of changing the pulse waveform of the laser pointer
In the process of promoting the rapid development of the optoelectronic industry in the future, the combination of laser pointer technology and other technical application fields has the following aspects: Laser chemistry: The traditional chemical process is generally to mix the reactants together, and then often need to heat (or add Pressure). The disadvantage of heating is…