2024 ARAB LAB LIVE
Recently, Beijing Baode Instrument Co., Ltd. (hereinafter referred to as "Baode Instruments") bring its independently developed flow injection analyzer and Direct injection mercury analyzer to participate ARAB LAB for the first time, which open a new chapter in overseas market expansion.
01 Exhibition introduction
The 42nd ARAB LAB will be held at the United Arab Emirates-Dubai International Exhibition Center from September 24 to September 26, 2024.
ARAB LAB enjoys a high reputation in the industry. As the only experimental instrument and testing equipment exhibition in the Middle East, it is listed as a globally recommended exhibition by the American Scientific Instruments and Laboratory Furniture International Association (SEFA).
ARAB LAB has built a professional trade platform for laboratory technology, biotechnology and life sciences, high-tech automated laboratories and data processing and other related industries, providing supply, sourcing and business contacts for decision-makers and end buyers a place for interaction.
02 Exhibition site
At this exhibition, Baode's booth exhibited a variety of laboratory instruments and sample pretreatment devices such as flow injection analyzers, direct mercury analyzers, and automatic solvent extraction etc., attracting many visitors from all over the world. Professional users and channel dealers conducted in-depth technical exchanges with the company’s exhibitors and discussed cooperation intentions.
03 Product display
The main feature of the BDFIA-8600 flow injection analyzer is all-in-one design. The instrument integrates fully automatic sampling, online sample preprocessing (online dilution, enrichment, digestion, distillation, extraction, etc.), reaction, and detection. It can realize fully automatic multi-parameter and multi-channel simultaneous detection, which greatly improves the convenience and operability of the instrument and significantly promotes the user's efficiency.
Based on extensive feedback from users, the equipment is comparable to international products in various performance indicators, and even surpasses similar foreign instruments in terms of usage and operation.
BDHg-60 direct mercury analyzer uses the principle of electrothermal evaporation-cold atomic absorption. It does not require the addition of any reagents or complicated sample preprocessing, and can directly measure the total mercury in solid and liquid samples. The international standards it complies with include EPA7473, GB/T 31947-2015, HJ 923-2017, HJ 910-2017, SN/T 4697-2016, etc.
BDHg-60L stannous chloride-cold atomic absorption method mercury is suitable for testing the content of mercury in water, soil, biological samples, alloys and gas samples in different fields such as environment, mining industry, disease prevention and control, etc.
The introduction of a self-made selective mercury enrichment device has greatly improved detection sensitivity and lowered the detection limit. The design of the constant-temperature double absorption cell enables accurate detection of low concentrations while achieving a wider measurement range.
BASE-30 automatic solvent extractor brings a faster, more efficient and economical extraction operation experience. The device can automatically process up to 30 samples at one time, providing flexible choices of single-channel or multi-channel extraction modes. The time required for the instrument to complete a single sample is 15-25 minutes, and it takes 30-40 minutes to complete three samples.
04 Significance of Exhibition & Future Outlook
Baode participation in the ARAB LAB not only laid a solid foundation for the company to expand international market and enhance brand influence, but also promoted technical exchanges, market demand insights and the construction of business networks.
Looking forward to future, Baode will further increase its efforts to develop overseas markets, hoping that in the near future, Baode products will enter the competitive ranks of the international market.
Last:No Data
Next:Baode Instrument Invites you to Meet at the ARABLAB 2024