Globe Scientific GBPH-2002-CT Portable Precision Balance with Rechargeable Battery and High-Capacity Storage

The Globe Scientific GBPH-2002-CT Portable Precision Balance is engineered for accurate mass determination in various laboratory environments, including biotechnology, molecular diagnostics, and bioprocessing workflows. This analytical balance features a maximum capacity of 2 kg and an exceptional readability of 0.01 g, suitable for precise weighing tasks critical in gene editing and biomanufacturing research.

Key features include:

• Internal rechargeable battery offering up to 15 hours of field operation, enabling flexible use from lab-to-lab or on-site applications without power constraints.
• Digital LCD display and onboard processing supporting storage of up to 100,000 weighings, including date, time, mass result, and tare value, ensuring traceability essential for regulatory compliance and quality control.
• Multiple data connectivity options including 2 RS232 ports, USB-A, and USB-B support seamless data transfer to laboratory information management systems (LIMS) and process integration in synthetic biology and biomedical engineering projects.
• Versatile application modes such as percent weighing, parts counting, peak hold, and GLP protocol compatibility streamline workflows across clinical diagnostics and research laboratories.
• Durable construction features a stainless steel weigh pan and rugged housing, designed to withstand rigorous environments from academic teaching labs to industrial biopharmaceutical production pipelines.
• Optional internal calibration for convenient and reliable performance verification, ensuring consistency critical in molecular cloning and fluorescence analysis.
• Compact dimensions (333 x 206 x 97 mm) combined with lightweight portability augment its utility in dynamic laboratory settings requiring frequent relocation.
• Backed by a 5-year replacement guarantee, the GBPH series offers long-term reliability and support for sustained laboratory operations.

This portable precision balance is widely adopted in biotechnology research, cell imaging protocols, and clinical diagnostics, providing essential functionality for high-precision weighing tasks fundamental to experimental reproducibility and bioprocess quality assurance.