22台，国产原子荧光光谱仪拿下“海关”大单

Core Viewpoint - Beijing Baode Instrument Co., Ltd. won the bid for the General Administration of Customs' 2025 atomic fluorescence spectrometer procurement project with a bid amount of 1.3134 million yuan, highlighting the recognition of the BAF-2000 model's high sensitivity and automation advantages [4][10]. Group 1: Bid Details - The bid amount for the project was 1.3134 million yuan, with Baode Instrument securing the contract for 22 units of the BAF-2000 atomic fluorescence spectrometer [4][6]. - The BAF-2000 model was recognized for its ability to perform trace analysis of elements such as arsenic, mercury, tin, selenium, bismuth, antimony, and germanium using hydride generation atomic fluorescence spectrometry [8][9]. Group 2: Product Features - The BAF-2000 can simultaneously determine twelve trace heavy metal elements, including arsenic, mercury, selenium, antimony, bismuth, lead, tellurium, germanium, cadmium, tin, zinc, and gold, with upgraded capabilities for detecting specific forms of arsenic, mercury, selenium, and antimony [9]. - The instrument features a dual-channel design that allows for simultaneous multi-element detection or selective element testing, significantly enhancing the efficiency of the Customs laboratory [9]. - The unique optical path design improves sensitivity by approximately 30% compared to traditional designs, with detection limits as low as 0.001 μg/L for mercury and cadmium, and below 0.01 μg/L for other elements, meeting stringent Customs detection standards [9]. Group 3: Company Background - Since its establishment in 2015, Baode Instrument has focused on providing complete solutions for analysis laboratories in food safety and environmental testing, evolving into a high-tech enterprise recognized at both the national and local levels [10]. - The large-scale cooperation with the General Administration of Customs reflects the active implementation of domestic instrument replacement strategies and the culmination of Baode Instrument's years of technological accumulation [10].