繁体中文

New Source Technology will participate in the 2024 Western Optoelectronics Show in the United States

125
2023-11-11 13:43:35
查看翻譯

Laser and electro-optic product manufacturer and supplier Xinyuan Technology announced today that it plans to participate in the 2024 Western Optoelectronics Show in San Francisco from January 30th to February 1st. 

As a top event in the photonics industry, the Western Optoelectronics Show in the United States will return in 2024 to host another groundbreaking exhibition. This annual event attracted world-leading researchers, engineers, and innovators to the Moscone Center in San Francisco to break through the boundaries of light based technology and explore the latest developments in the field.

This year's new products include an expanded series of laser pump rooms and laser pump chambers designed specifically for the beauty and surgical laser market. In addition, we will also showcase the new 30 watt flash power supply and 1000 volt IGBT driver board. These new products, when combined with any of our capacitor charging power supplies, are the building blocks for a complete laser or intense pulse light system.

The Western Optoelectronics Show is a cornerstone event in the global photonics industry. It brings together the smartest minds and most innovative technologies to promote cooperation and drive the industry forward, "said Greg Pon, President and Founder." We are delighted to be participating and look forward to showcasing our latest products.

New Source Technology specializes in the design, manufacturing, and distribution of key laser and electro-optic components, with a special emphasis on laser pump cavities, YAG laser rods, flash lamps, optical devices, and capacitor charging power supplies. New Source Technology has been serving the laser market for over 25 years and has established a strong global influence in the industry.

Source: Laser Network

相關推薦
  • Swedish KTH develops 3D printed quartz glass micro optical devices on optical fibers

    In what has been described as the "first communication", Swedish researchers conducted 3D printed quartz glass micro optical devices on the tip of optical fibers. They said that this progress could lead to faster Internet and better connectivity, as well as innovations such as smaller sensors and imaging systems.Scientists from the KTH Royal Institute of Technology in Stockholm have stated that co...

    2024-05-23
    查看翻譯
  • The Application of Femtosecond Laser in Precision Photonics Manufacturing

    The femtosecond laser emits ultra short optical pulses with a duration of less than one picosecond, reaching the femtosecond level (1fs=10-15s). The characteristics of femtosecond laser are extremely short pulse width and high peak intensity.Ultra short pulse trains can minimize residual heat, ensure precise material processing, and minimize incidental damage. Its high peak intensity can induce no...

    2024-04-02
    查看翻譯
  • Laser Uranium Enrichment Company (GLE) accelerates development

    Paducah, located in western Kentucky, may become the location of the world's first commercial facility to adopt this technology.Since 2016, Global Laser Enrichment Company (GLE) has partnered with the US Department of Energy to use its unique molecular process to concentrate 200000 tons of depleted uranium "tails" stored at the former Padiuka gas diffusion plant in western Kentucky.After years of ...

    2024-06-22
    查看翻譯
  • The Future of Data Center Communication: Quantum Dot Semiconductor Comb Laser

    In the constantly evolving field of technology and data communication, researchers have made significant breakthroughs: developing a continuous wave O-band quantum dot semiconductor comb laser for wavelength division multiplexing optical interconnection. With its impressive performance characteristics, this development is expected to completely change the way we manage and transmit data, especiall...

    2024-02-21
    查看翻譯
  • The Japanese team uses laser technology for ice core sampling to accurately study climate change

    Recently, a research team from the Astronomical Glaciology Laboratory under the RIKEN Nishina Center (RNC) of the Japanese Institute of Physics and Chemistry announced that they have developed a new laser based sampling system for studying the composition of glacier ice cores.The above image shows the discrete holes sampled 150mm from the shallow ice core of the Fuji Ice Dome in Japan (Southeast ...

    2023-09-23
    查看翻譯