Company and Technology Introduction 2021.12
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Company and Technology Introduction 2021.12

Company introduction • Dedicated to developing near-infrared spectroscopy analysis instruments, applications and solutions • Provide standard and customized applications and solutions for both off-line and in-line use cases • Continue to develop near-infrared spectrometry, calibration and remote maintenance technologies • Own production with quality system and CE certification • Independent design, manufacture and calibration • More than 1500 customers worldwide, covering grain/chemistry/food processing

Basic Facts of the Company HQs in Wuxi, China, Int’l sales in Espoo, Finland

 Founded in Wuxi, China;  Won major university projects  Standing member of Near  Chair of NIR Branch, China Infrared Branch of China Instrumentation Association； Instrumentation Association  Volume sales to soybean related applications in Northeast China 20 20  Development of international markets  Over 90% market share in China on applications of soybean, rapeseed and fruit in-line analysis  Successful development of long-wave spectrometer 20 21  Commercial sales of in-line analysis and control systems for grain and oil, food and tea processing 20 18  In-line alcohol...

Selected partners and customers

Technology - Grating spectrometer with TI DLP DMD • Digital Micromirror Device (DMD) is a two-dimensional array of MEMS-based micro mirrors. IAS develops its spectroscopy technology based on Texas Instruments (TI) Digital Light Processing (DLP®) chipsets. Sample Light source Focus mirror Slit Diffractio n grating Focus mirror Micro mirror array Single-element detector (e.g. InGaAs) • Better performance: • Capture more light from a sample • Better signal-to-noise ratio (SNR) • Low power, more portable solutions • Programmability: • More flexible, faster, accurate measurements • “Optimize as...

DMD Spectrometer Structure In a spectrometer, the TI DLP® DMD acts as a programmable wavelength filter. In a typical configuration, broadband light enters through a slit, and a grating is used to disperse the wavelengths of light across the micromirror array. Columns of micromirrors are then used to select which wavelengths are directed onto a single element detector.

Grain Analyzer Fruit in-line system For solid grainy samples, fast and accurate In-line process control, high data through put, network ready For powder, liquid or solid-liquid mixture samples Medium- to large-size fruit sweetness and quality analysis