Globe Scientific GBA-164C-CT Advanced Analytical and Precision Balance

The Globe Scientific GBA-164C-CT is an advanced analytical and precision balance designed for high-accuracy laboratory weighing tasks essential in biotechnology, molecular diagnostics, and bioprocessing applications. Featuring a maximum weighing capacity of *160 g* and readability down to *0.1 mg*, this internally calibrated balance ensures precise and reliable measurements with linearity of *±0.2 mg* and repeatability of *0.08 mg*.

Key technical specifications and features include:

• Internal calibration options: temperature, time, or manual activation, improving measurement consistency critical for GLP-compliant workflows.
• Multiple application modes (11 modes) supporting functions such as basic weighing, piece counting, check weighing, dosing, density determination of solids and liquids, animal weighing, statistics, and totalizing—making it versatile for synthetic biology, biomanufacturing, and live-cell imaging labs.
• Connectivity interfaces: RS232, USB-A, USB-B, and Wi-Fi allow seamless data export and integration into laboratory information management systems (LIMS), facilitating traceability and data stewardship in molecular cloning and biopharmaceutical production pipelines.
• Robust build quality: Durable housing suitable for teaching laboratories and industrial environments, ensuring longevity under demanding research conditions.
• Onboard database and processing capability: Storage for up to 100,000 weighings including 10 users, 1000 products, and 100 tare weight values supports comprehensive data management and report generation with detailed metadata to uphold regulatory compliance.
• User-friendly draft shield with three sliding doors for easy access and cleaning, designed to minimize environmental influences during sensitive measurements.

This balance’s precise weighing capabilities, combined with extensive data management features and connectivity, make it widely used in biotechnology research, molecular biology laboratories, and clinical diagnostic settings where accuracy and traceability are paramount. Its superior performance supports workflows in gene editing, synthetic biology, and biomanufacturing quality control, establishing it as a critical tool for modern laboratory workflows.