December 12, 2023

Ultrafast lasers (picoseconds or femtoseconds) are increasingly used in film pattern processing for the development and production of microelectronics and nanoelectronics devices. Its product applications include photovoltaic cells, displays, sensors, or large-format organic electronic products. The main advantages of ultrafast lasers include limited thermal effect and fast energy dissipation, which helps to realize the pattern processing of …

Application Of Ultrafast Laser To Graphene Processing Read More »

The versatility of nanosecond (ns) pulsed infrared fiber lasers is well-known, and they are ideal for most industrial marking and engraving applications. Usually when the pulse energy is less than a few millijoules and the average power does not exceed 100W, it is effective in high pulse repetition frequency, continuous wave (CW) and quasi-continuous wave …

Examples Of Nanosecond Pulsed Fiber Laser Welding Applications Read More »

FDM (Fused Deposition) technology uses the thermoplastic ABS as a substrate to print items. ABS plastic filaments are melted and deposited to a specific location through a heated nozzle. Therefore, the surface accuracy of the molded object is limited by the size of the plastic filament. In layman’s terms, the thicker the plastic wire, the …

3D Printing Stereolithography (SLA) Read More »

Fiber grating is a kind of diffraction grating formed by the axial periodic modulation of the refractive index of the fiber core through a certain method, and it is a passive filter device. Because fiber grating has the advantages of small size, low splicing loss, full compatibility with optical fibers, and the ability to embed …

Special Fiber Grating Preparation Technology Based On Femtosecond Laser Read More »

educe the influence of thermal effects in the processing of thin-film non-metallic materials, semiconductor wafer cutting, plexiglass cutting, drilling, marking and other fields, it is hoped that the small aperture spot effect and high peak power are so outstanding and indispensable. Substitute. For metal processing, most of the wavelengths are in the infrared band, and …

Application Of UV Laser In High-Tech Precision Machining Read More »

Modern life revolves around data, which means we need new, fast, and energy-saving ways to read and write data on storage devices. With the development of magnetic material all-optical switching (AOS) technology, the optical method of using laser pulses instead of magnets to write data has received considerable attention in the past decade. Although fast …

Data Writing Storage Device Based On Ultrafast Laser Read More »

(1) Use programming software to improve laser cutting efficiency. Laser cutting can effectively use the advantages of programming software, greatly improve the utilization rate of thin-plate materials, reduce the use and waste of materials, and reduce the labor intensity and strength of workers to achieve ideal results. On the other hand, optimizing this functionality of …

The Practical Application And Advantages Of Laser Cutting Machine In Sheet Metal Processing Read More »

As a leader in high-power fiber lasers and amplifiers, IPG Photonics announced the launch of the new YLR-U series of near-infrared 1μm fiber lasers. YLR-U series is the world’s highest performance industrial kilowatt continuous Ytterbium-doped fiber laser. This laser has the industry’s smallest size and lightest weight, and provides super performance with an ultra-compact size …

IPG Launches New Ultra-Compact Lasers Series Read More »

Physicists have designed a quantum “optical compressor” that can reduce the quantum noise in the incident laser beam by 15%. This is the first system of its kind that works at room temperature, making it suitable for compact portable setups and can be added to high-precision experiments to improve laser measurement. The core of this“compressor” …

Portable System Improves Laser Accuracy At Room Temperature Read More »

Lasers have a wide range of applications, and the main application markets are material processing and communications. Lasers have been widely used in materials processing, communications, information processing, medical beauty, scientific research, military affairs, culture and education, etc., among which the fields of material processing and communications account for the largest proportion. In the global …

Market Size And Development Of Laser Application Segment Read More »