Français

The most advanced gas sensing laser technology will be exhibited at the upcoming CEM 2023 exhibition in Barcelona

417
2023-09-14 15:25:07
Voir la traduction

Nanoplus Nanosystems and Technologies GmbH is an ISO 9001:14001 certified supplier and one of the world's most famous laser manufacturers for gas sensing applications. The cornerstone of nanoplus's success is its unique patented method of manufacturing DFB laser sources. Nanoplus celebrates its 25th anniversary this year and separated from the University of Vilzburg in 1998.

Among the outstanding innovations showcased at the CEM 2023 booth, nanoplus Nanosystems will showcase its use for detecting sulfur dioxide, nitrogen oxides, ethane, methane, acetylene, ammonium, hydrogen sulfide, hydrogen chloride, carbon dioxide, carbon monoxide, and oxygen for emission control, climate monitoring, combustion control, industrial safety, and gas pipeline leaks.

Tunable Diode Laser (TDL) spectroscopy can measure these gases as low as ppb levels in real-time and in situ. Nanoplus lasers have long-term stability and almost no maintenance, making them ideal for operating in harsh environments. CEM 2023 will provide visitors with an excellent opportunity to learn about this cutting-edge, validated, and highly modern approach to industrial emission monitoring.

Source: Laser Network

Recommandations associées
  • Aerotech launches new micro hexapod sports platform

    Recently, Aerotech Inc., a global leader in precision motion control and automation, launched the HexGen HEX150-125HL miniature hexapod motion platform, a six degree of freedom (DOF) precision positioning system. This compact and cost-effective hexapod sports platform has a base diameter of 150 millimeters and a nominal height of 125 millimeters. It can achieve a minimum incremental movement of up...

    01-14
    Voir la traduction
  • The Institute of Physics, Chinese Academy of Sciences has made significant progress in the research of lithium niobate nanooptics

    In recent years, breakthroughs in the preparation technology of lithium niobate single crystal thin films have greatly promoted the important application of lithium niobate crystals in micro nano optical devices such as optical metasurfaces. However, the high hardness and inactive chemical properties of lithium niobate crystals pose significant challenges to micro nano processing; In addition, con...

    04-15
    Voir la traduction
  • Real time measurement of femtosecond dynamics of relativistic intense laser driven ultra-hot electron beams

    In the interaction between ultra short and ultra strong lasers and matter, short pulse width and high energy electrons are generated, commonly referred to as "hot electrons". The generation and transport of hot electrons is one of the important fundamental issues in high-energy density physics of lasers. Superhot electrons can excite ultrafast electromagnetic radiation in a wide range of wavelengt...

    2024-06-21
    Voir la traduction
  • The team has developed a method for integrating an electro-optic modulator device on the end face of a single-mode fiber optic jumper

    Electro optical modulators (EOMs) are the main components in optical communication networks, which can control the amplitude, phase, and polarization of light through external electrical signals.In order to achieve ultra compact and high-performance EOM, most of today's research focuses on on-chip devices that combine semiconductor technology with state-of-the-art tunable materials. However,...

    2023-08-24
    Voir la traduction
  • The Danish authorities have approved the sale of this laser manufacturer to Hamamatsu, Japan

    On May 6, 2024 local time, the Danish Business Administration (DBA) approved the sale of NKT Photonics to Photonics Management Europe S.R.L, a wholly-owned subsidiary of Hamamatsu Photonics K.K.On that day, Hamamatsu Photonics received a notice from the Danish Business Administration stating that the acquisition had been approved:(Source: The Danish Business Authority)NKT Photonics stated that the...

    2024-05-09
    Voir la traduction