Category: Uncategorized

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Space fiber laser system passes tests in orbit

The company-manufacturer of space facilities Space X has presented the successful test results of their “space” fiber laser systems. To be more precise, these laser systems allow for providing optical (laser beam light-based) communication with a significantly high bandwidth ceiling that is a potential way to offer the wireless, high-speed transmission of huge data information...

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Industrial fiber laser system produces attosecond laser beams

A team of scientists from the U.S. has presented a new fiber laser technology that allows for industrial laser systems to emit attosecond laser beam pulses. It should be noted that usually, attosecond science presents several difficulties because it is based on world-class fiber laser devices. Thus, the opportunity to apply industrial laser systems instead...

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Fiber laser systems act as weapons in military application

Nowadays technological progress has reached a milestone when laser system weapons installed on vehicles have become a reality. Vehicle-mounted laser beam weapons are considered to be a low-cost device for improving combat capabilities, applied by both regular and irregular armies involved in almost every conflict in the world.  Until recently, options for installing weapons on...

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Fiber laser systems for metal cutting: a short overview

The process of precise metal cutting by hand is considered to be very challenging that is why the need for safer, quicker, and easier technology increases. Fiber laser technology is perfect for cutting because it focuses on laser beams of light to cut different materials, especially metals that are difficult to process compared to standard...

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High-powered fiber laser systems provide geothermal drilling

The high-powered fiber laser system demonstrates high efficiency during field testing to make hard rock weaker, improve the cost of geothermal drilling, a laser beam process applied to achieve geothermal heat that is considered to be a clean and stable source of energy. It should be noted that the drilling process deep into the earth’s...

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3D printing of multi-materials by a fiber laser system

The selective sintering based on fiber laser technology is considered to be a process that applies a laser system to heat powder materials leading to the fusion of micron-scale particles to create a solid mass, herewith, this technique finds its popularity in numerous manufacturing processes today. Herewith, previously the laser technology has been limited to...

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Fiber laser systems change the world

Numerous quantum laser technologies imply the application of narrow-linewidth tunable diode lasers, amplified and frequency-doubled laser systems, frequency combs, and wavelength meters. Fiber lasers play a crucial role in quantum technologies. For instance, the laser systems are considered to be a product of the first quantum revolution but their use is not limited to just...

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Super pulsed fiber laser system for urology

One popular company-manufacturer of medical devices has presented innovative fiber laser technology that allows decreasing treatment time and increasing procedural efficiency. The super pulsed laser system is based on the thulium fiber laser technology developed for stone lithotripsy and soft tissue applications. To be more precise, the presented laser system obtained the regulatory approval that...

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Fiber laser welding with filler material

The welding technology by fiber lasers continues to grow as a promising technique with developments in weld quality, reliability, and performance. Most fiber laser welding applications are regarded as autogenous, it means the weld is created entirely by melting parts of the base metal and no additional filler wire or powder is applied. To be...

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The tiny laser system operates at room temperature

An international team of researchers has presented the world’s most compact fiber laser that can operate in the visible range at room temperature. Such a laser system emit green coherent laser beam light at room temperature, herewith, it is possible to detect the light by the naked eye applying a conventional optical microscope. To be...