Globe Scientific GBPH-1002C Portable Precision Balance with Internal Calibration

The Globe Scientific GBPH-1002C Portable Precision Balance provides high-accuracy mass determination with a maximum capacity of 1 kg and a readability of 0.01 g, ideal for biotechnology and molecular diagnostics applications requiring precise sample measurement. Featuring a compact, rugged design with a stainless steel weigh pan and durable housing, this balance is optimized for dynamic laboratory settings including bioprocessing workflows and clinical diagnostics.

Key technical aspects include:

• Internal Calibration for automated, on-demand calibration ensuring measurement reliability critical in biomanufacturing environments.
• Rechargeable internal battery supporting up to 15 hours of field use, enabling flexibility for in situ measurements across diverse research areas such as synthetic biology and gene editing.
• Multiple data connectivity options: 2 x RS232 ports, USB-A, and USB-B for seamless integration into laboratory information management systems (LIMS), enhancing traceability and data export across molecular biology workflows.
• Onboard memory capacity to store up to 100,000 weighings, including date, time, mass, and tare value, facilitating quality control and audit requirements in regulated biomedical research.
• Versatile weighing modes such as percent weighing, parts counting, and peak hold, supporting diverse analytical tasks in cell imaging and bioprocess development.
• Compact footprint: device measures 333 x 206 x 97 mm with a 195 x 195 mm pan size offering practical handling without compromising precision.

The GBPH-1002C balance is widely used in synthetic biology research, clinical diagnostics, and biotechnological laboratories where consistent, accurate mass measurements are essential to achieving reproducible results in molecular cloning workflows and pharmaceutical quality assurance. Its robust design and advanced features make it a critical instrument for scientists and researchers demanding precise analytical weighing in complex experimental setups.