Globe Scientific GBT-4502C-CT Analytical Balance with Internal Calibration and Touchscreen Interface

The Globe Scientific GBT-4502C-CT is a high-precision analytical balance designed for exact weighing applications in biotechnology, molecular diagnostics, and biopharmaceutical production pipelines. Featuring an advanced color touch display and intuitive user interface, this balance enables seamless operation and data management critical for compliance with GLP standards.

Key technical features include:

• Capacity & Sensitivity: Supports a maximum load of 4500 g with a readability of 0.01 g, providing accurate weighing essential for synthetic biology research and bioprocessing workflows.
• Internal Calibration: Automated internal calibration with temperature, time, or manual activation to ensure consistent and reproducible measurements.
• Connectivity: Multiple communication ports such as RS232, USB-A, USB-B, Ethernet, and Wi-Fi allow integration into laboratory data networks and streamline data export tasks in molecular cloning and formulation labs.
• Application Modes: Eleven application modes including Piece Counting, Check Weighing, Density Determination for solids and liquids, and Formulation support complex laboratory needs relevant to cell imaging and clinical diagnostics.
• Data Storage: Comprehensive onboard database storing Users, Products, Weighings, and Formulations with detailed reporting for traceability and quality control in biomanufacturing environments.
• Draft Shield: User-friendly draft shield with sliding doors reduces weighing errors from air currents, suitable for ultra-sensitive measurements in live-cell imaging and neuroscience research.
• Build Quality & Guarantee: Robust construction suitable for industrial and research settings, backed by Globe Scientific’s 5-year replacement guarantee ensuring long-term reliability.

The Globe Scientific GBT-4502C-CT balance is widely adopted in biotechnology labs and bioprocessing facilities where precise, repeatable weighing is critical for experimental reproducibility and regulatory compliance in molecular diagnostics and synthetic biology research.