Globe Scientific GBT-20001 External Calibration Analytical and Precision Balance

The Globe Scientific GBT-20001 is an external calibration analytical and precision balance designed for laboratory environments requiring high accuracy and reliable mass measurements. Featuring a maximum capacity of 20 kg with 0.1 g readability and ±0.3 g linearity, it ensures precision for a broad range of weighing applications, making it ideal for biotechnology, molecular diagnostics, and bioprocessing workflows.

Key technical specifications:

• External Calibration: User-prompted calibration using a defined mass guarantees repeatable measurements critical for GLP-compliant biomanufacturing and molecular cloning workflows.
• Advanced Touch Interface: Equipped with a full-color touchscreen and intuitive software navigation, supporting touch-free operation via infrared sensors, enhancing cleanliness in clinical and biotechnological research labs.
• Connectivity Options: Comprehensive ports including 2 x RS232, USB-A, USB-B, and Ethernet support seamless data export and integration into laboratory information management systems (LIMS) for enhanced traceability and process integration.
• Application Modes: Eleven customized modes such as Basic Weighing, Piece Counting, Density Determination, and Statistical Analysis enable versatile use across synthetic biology, pharmaceutical research, and cell imaging applications.
• Robust Build Quality: Durable housing suitable for demanding teaching labs, industrial settings, and biomedical engineering applications where precision and reliability are paramount.
• Dimension and Pan Size: Compact footprint (333 x 206 x 107 mm) with a large 195 x 195 mm weighing pan accommodates diverse sample types typical in molecular biology and clinical diagnostic workflows.

This balance’s design supports stringent documentation needs with onboard database storage for users, products, and detailed weighing records, ensuring comprehensive data stewardship in compliance-heavy biotechnology and biopharmaceutical environments. Widely adopted in synthetic biology research, it is essential for molecular diagnostics and bioprocessing applications requiring high precision and data integrity.