Mettler Toledo ME4002TE Precision Digital Analytical Balance with 4200g Capacity

The Mettler Toledo ME4002TE is a microprocessor-controlled digital analytical balance designed for precise weighing in laboratory applications, including biotechnology, molecular diagnostics, and bioprocessing research workflows. Featuring a maximum capacity of 4200 g and high readability of 0.01 g, it ensures accurate measurement essential for molecular cloning workflows and synthetic biology research.

Key features include:

• Touchscreen interface or optional large backlit LED display with membrane buttons for ease of use in bright lab environments.
• Rapid stabilization time of approximately 1.5 seconds, increasing throughput in high-demand settings.
• Eight built-in weighing applications such as piece counting, percent weighing, dynamic weighing, and formulation particularly useful in biomanufacturing quality control and clinical diagnostics.
• Connectivity via RS-232 interface enables data export to PC or printer, supporting data traceability and compliance with ISO/GLP standards through integrated time and date stamping.
• Robust MonoBloc weighing technology offering excellent repeatability of 0.01 g and temperature accuracy of 3 ppm/°C for consistent performance in controlled environments.
• Compact dimensions (9 x 13 x 4 inches) and lightweight design (8 lbs) facilitate flexible placement in diverse laboratory settings.

This top-loading precision balance is widely adopted across biomedical engineering and biochemical research domains for critical applications in gene editing experiments, cell imaging workflows, and biopharmaceutical production pipelines requiring reliable mass measurements. The external calibration capability allows for straightforward maintenance and high measurement confidence essential for experimental reproducibility.

Ideal for lab professionals requiring dependable, traceable weighing data, the ME4002TE balance supports a broad range of scientific investigations demanding rigorous accuracy and stability.