Globe Scientific GBT-125C-CT Analytical Balance with Internal Calibration & Advanced Touchscreen

The Globe Scientific GBT-125C-CT is a high-precision analytical balance designed for laboratory applications including molecular diagnostics, bioprocessing measurements, and biopharmaceutical formulation. It features an advanced color touchscreen with intuitive navigation and supports touch-free operation via dual infrared sensors, enhancing cleanliness and compliance in sensitive research environments.

Key technical specifications include:

Calibration is internally automated with three activation modes—temperature, time, or manual—ensuring highly precise and repeatable measurements critical in synthetic biology and molecular cloning workflows. The draft shield with three sliding doors and removable stainless steel pan enhances measurement accuracy by minimizing environmental disturbances.

Connectivity options include RS232, USB-A, USB-B, Ethernet, and Wi-Fi interfaces optimized for smooth data export and integration into laboratory information management systems (LIMS). The onboard database supports storage of users, products, weighings, formulations, and comprehensive GLP-compliant reporting, essential for biomanufacturing documentation and process validation.

Application modes built into the GBT-Series cover a wide range of weighing tasks: Basic Weighing, Piece Counting, Check Weighing, Dosing, Density Determination (solids and liquids), Animal Weighing, Statistics, Totalizing (formulation), and Peak Hold, making it a versatile instrument widely adopted for fluorescence analysis, live-cell imaging quantification workflows, and clinical diagnostics.

This balance’s premium construction is rugged enough for both teaching laboratories and industrial use, proving critical for high-accuracy weight measurements in biotechnology and biomedical engineering research fields. Availability of ISO 17025:2017 accredited calibration certificates further supports compliance with quality assurance standards in molecular biology research and bioprocessing environments.