AOSCITECH: Leading the way with core technology, empowering diverse industries
AOSCITECH has built a strong technological advantage and rich product line in the field of chemical analysis through continuous technological upgrades and innovation, providing precise, efficient, and environmentally friendly solutions for multiple core industries worldwide, maximizing our value.
1、 Core technology: innovation driven, building solid barriers
Modular architecture design: The cornerstone of AOSCITECH technology system lies in modular architecture. Based on forward-looking insights into user needs, the analyzer is divided into five core modules: optics, pipetting, reaction, cleaning, and data processing. This design achieves precise division of functions, endows the product with flexible expansion capabilities, and allows users to add modules as needed, avoiding the problem of redundant or insufficient functions in traditional instruments.
Leading optical system: The optical system adopts globally leading technology, equipped with a movable, stable and long-lasting LED light source, combined with 10 specific wavelengths and 32-bit ADC, to achieve precise spectrophotometric analysis, ensuring long-term stability and repeatability of detection data, supporting the brand's commitment to "precise analysis".
Breakthrough in Environmental Protection Technology: The independently developed waste liquid collection sensing system is a distinctive highlight of AOSCITECH. This system achieves micro liter level waste control, reducing sample and reagent consumption to less than one percent of traditional equipment, alleviating laboratory environmental pressure, reducing waste liquid treatment costs, and interpreting the environmental and economic connotations of sustainable development.
Technological milestone: AOSCITECH's technological development has always been at the forefront of the world, advancing iterative upgrades along a clear trajectory. At the beginning of the company's establishment, the concept of "precise analysis, calm work" was established; Breakthrough breakthroughs in key modules to overcome bottlenecks such as optical stability and pipetting accuracy; Realize modular design implementation and differentiated technology application verification during the system integration innovation period; The mature stage of industry solutions has been successfully validated in multiple scenarios, establishing a leading position in the industry. Its technological evolution revolves around the synchronous promotion of "automation, precision, and intelligence", building a technological moat that is difficult to replicate.
