A&D BM-20 Microbalance with Built-In Fanless Ionizer for High-Precision Weighing

The A&D BM-20 microbalance is a laboratory-grade analytical balance designed for ultra-precise weighing tasks essential in molecular diagnostics, bioprocessing, and synthetic biology research. It offers a maximum capacity of 22 g combined with a resolution of 0.001 mg and exceptional repeatability at 0.0025 mg, making it suitable for handling sensitive biochemical samples and fine powders where minimal measurement deviation is critical.

Key technical features include a built-in fanless ionizer that effectively neutralizes static charge without airflow disturbance, preserving the integrity of light and sensitive samples in live-cell imaging preparations and fluorescence analysis workflows. The balance incorporates antistatic glass panes to further mitigate external static influences, such as from charged laboratory clothing.

The BM-20 stabilizes readings quickly within approximately 10 seconds (FAST mode). It includes an internal weight calibration system allowing one-key sensitivity adjustment, ensuring constant high accuracy indispensable for precision weighing in biotechnology and biomedical engineering applications.

Enhanced data management capabilities allow storage of up to 200 weighing results internally, reducing reliance on external memory devices. Connectivity options include USB and RS-232C ports for seamless data transfer to PCs, facilitating integration into laboratory information management systems (LIMS) and biomanufacturing quality control procedures. Password protection secures data integrity by restricting unauthorized access.

This microbalance supports critical tasks in molecular cloning workflows, synthetic biology research, and biopharmaceutical production pipelines where accurate microgram measurements define success. The A&D BM-20 is a reliable instrument favored for precision and stability in clinical diagnostics and neuroimaging sample preparation.

Note: This listing refers to an ex-display model exhibiting minimal wear, maintaining full technical functionality and performance.