Mettler Toledo MS204TS/00 Analytical Balance with 0.1 mg Readability and Internal Calibration

The Mettler Toledo MS204TS/00 Analytical Balance is a microprocessor-controlled, top-loading laboratory scale designed for high-precision weighing tasks essential in molecular diagnostics, bioprocessing, and synthetic biology research. Featuring a maximum capacity of 220 g and a fine readability of 0.1 mg (0.001 g), this balance ensures accurate measurements with a repeatability of 0.08 mg and linearity of 0.06 mg.

Key features include:

• 7-inch full-color TFT touchscreen with large digits and result graphs for enhanced user interaction and data visualization.
• Internal automatic FACT calibration with password-protected user management ensures reliable stability during fluctuating temperature conditions, ideal for biopharmaceutical production pipelines requiring consistent precision.
• Fast settling time of approximately 2 seconds, speeding up workflows in biotechnology labs involved in gene editing and synthetic biology applications.
• Versatile weigh applications such as back-weighing, check weighing, counting, density determination, differential and dynamic weighing, factor weighing, formulation, percent weighing, and totaling, supporting diverse laboratory protocols.
• Robust die-cast aluminum housing providing durability and easy maintenance for busy research environments focused on molecular cloning workflows and fluorescence analysis.
• Flexible data connectivity via RS232, USB, and Ethernet interfaces allows seamless integration into laboratory information management systems (LIMS) and automated biomanufacturing operations.
• Compact dimensions (8x14x14 inches) and manageable weight (13 lbs) enable efficient benchtop placement in clinical diagnostics and cell imaging labs.

This analytical balance is widely adopted in biotechnology and clinical research fields for precise sample preparation and formulation, making it critical equipment for researchers executing sensitive weighing tasks in molecular diagnostics, bioprocessing, and biomedical engineering. Its combination of advanced weighing technology and comprehensive connectivity supports high-throughput and reliable data acquisition necessary for modern laboratory workflows.