Globe Scientific GBPH-1002-CT Portable Precision Balance with Rechargeable Battery and Digital Connectivity

The Globe Scientific GBPH-1002-CT is a portable precision balance engineered for accurate mass determination in diverse laboratory environments, essential for biotechnology, clinical diagnostics, and molecular biology workflows. This balance features:

• 1 kg maximum capacity with 0.01 g readability, delivering precise measurements for bioprocessing and synthetic biology applications.
• An internal rechargeable battery providing up to 15 hours of cordless operation, facilitating flexible use in fieldwork, live-cell imaging labs, or biomanufacturing settings.
• Digital LCD display combined with onboard processing and data storage capacity for up to 100,000 weighings, including date, time, weight, and tare—critical for traceability in molecular diagnostics and gene editing workflows.
• Robust stainless steel weigh pan (195 x 195 mm) and durable housing designed to withstand demanding laboratory and industrial conditions.
• Multifunctional application modes such as percent weighing, parts counting, peak hold, and GLP compliant procedures, enabling optimized performance across diverse analytical protocols.
• Connectivity options including 2 x RS232 ports, USB-A, and USB-B interfaces for seamless data export and integration into laboratory information management systems (LIMS).
• Optional internal calibration feature supporting reliable and routine calibration at the touch of a button, vital for maintaining accuracy in critical biomanufacturing processes.
• Fast stabilization time of approximately 3 seconds improves throughput in high-demand environments.

This balance supports essential workflows in biotechnology by providing accurate and traceable measurements, making it widely adopted in synthetic biology research, molecular cloning, and bioprocess development laboratories. Its compact form factor and portability address the needs of researchers requiring dependable mass measurement solutions both in situ and in controlled lab settings.