Advancing Spectroscopy | AttosTek Exhibits at the 2nd Spectroscopy Technology and Application Conference

Author:Attostek    ·    Release Date :05/12/2024    ·    Category :News

The 2nd Spectroscopy Technology and Application Conference was successfully held in Dalian from May 9 to 11, 2024. Organized by the Chinese Society for Optical Engineering, this conference is a highly influential industry event in the field of spectroscopy, bringing together over 600 industry professionals and more than 240 participating organizations, including over 100 universities, research institutes, and optics companies. Attendees engaged in in-depth discussions on cutting-edge spectroscopy theories, core device development, and engineering applications, exploring new opportunities for industry advancement.

50276916

AttosTek, a company specializing in optoelectronic imaging, was invited to exhibit at the conference. The AttosTek delegation, led by Mr. Han Dongdong and Mr. Wang Kaile, showcased a range of scientific cameras and infrared imaging devices, demonstrating the company’s technological achievements and product capabilities across the full-spectrum optoelectronic imaging field.

As a core branch of optical metrology, spectroscopy technology offers advantages such as non-contact operation, high sensitivity, and real-time monitoring capabilities. It has been deeply integrated into numerous fields, including deep-space exploration, aerospace, environmental monitoring, precision medicine, food and pharmaceutical testing, and smart agriculture. During the conference, industry experts, frontline researchers, and the AttosTek team engaged in lively discussions on topics such as technological iteration, application deployment, and customized solutions for spectroscopic instruments, infrared cameras, high-speed imaging devices, CCD/EMCCD cameras, and other optoelectronic products, exchanging insights on technical challenges and innovative approaches.

50277022

Leveraging its expertise in full-spectrum optoelectronic imaging, AttosTek’s products now cover multiple wavebands, including ultraviolet, visible, short-wave infrared, mid-wave infrared, and long-wave infrared, and are widely used in scientific research, industrial inspection, power grid maintenance, new energy, and other sectors.

This exhibition served both as a concentrated showcase of AttosTek’s in-house developed products and as an important opportunity for the company to exchange ideas, learn from industry peers, and deepen collaborative partnerships. Looking ahead, AttosTek will continue to intensify its R&D efforts, refine its full range of optoelectronic imaging products, and continuously expand the boundaries of their applications, working alongside industry partners to promote the high-quality development of spectroscopy technology and the optoelectronic imaging industry in China.

Quick Consultation
Do you need more information about this solution?
Contact US
Share To:

latest articles

How To Choose An Ingaas Swir Camera

How to Choose an InGaAs SWIR Camera?

Choosing an InGaAs camera comes down to six decisions: what your application must detect, which spectral window it needs, how much resolution the target requires, what frame rate the line speed demands, whether dark current justifies cooling, and how the camera will talk to your software. InGaAs sensors cover 900–1700 nm with optional extension to 2200 or 2700 nm, and…
View details
How Swir Cameras Work Cover

How SWIR Cameras Work

A SWIR camera images short-wave infrared — roughly 900–1700 nm — using an InGaAs focal plane array instead of silicon. Photons reflected by the target enter the lens, excite electrons in the indium gallium arsenide layer, and a readout integrated circuit (ROIC) bonded under every pixel converts that charge into a digital image. The result looks like a sharp black-and-white…
View details
Ccd Vs Cmos Or Exmor Cmos Which Is Better

CCD vs CMOS or Exmor CMOS? Which is better?

There is no single winner in the CCD versus CMOS debate, because the two sensor families optimise for different jobs. A CCD camera moves every pixel's charge to one output and reads it through a single amplifier, which rewards uniformity and low noise. A CMOS camera converts light to voltage inside every pixel and reads columns in parallel, which rewards…
View details