Mettler Toledo Precision Balance MX603/A, 620 g x 1 mg (NTEP 620 g x 0.01 g)

The Mettler Toledo MX603/A Precision Balance is engineered with advanced features to meet your highest standards of accuracy, compliance, and user-friendliness. With a capacity of 620 g and 1 mg readability, this precision balance offers quick stabilization even in turbulent environments, thanks to its innovative SmartPan design, ensuring fast and efficient weighing and enhancing productivity in any setting. The balance supports GxP-compliant documentation through automatic data logging and user management, allowing seamless data transfer to printers or PCs for accurate and complete records. Ergonomic and intelligently designed, it provides a comfortable user experience while maintaining precise results with its advanced reporting, network integration, routine testing, and power-saving modes. Built to address all your needs, this model is a reliable and sophisticated solution for precise weighing. The Mettler Toledo MX603/A Precision Balance offers impressive specifications designed for precise and reliable measurements. With a maximum capacity of 620 g and a readability of 1 mg, it is suitable for various laboratory tasks. The balance supports a minimum weight of 100 mg (U=1%, k=2, typical) and features multiple interfaces, including optional Bluetooth, Ethernet (LAN), USB-A, and USB-C for seamless connectivity. It includes internal automatic adjustment (FACT), ensuring consistent accuracy with a repeatability of 0.5 mg and a quick settling time of 1.5 seconds. The weighing pan measures 127 mm by 127 mm, providing ample space for samples. The device boasts a 7" color TFT touchscreen display for easy operation and user interaction. The overall dimensions are 353 mm in height, 222 mm in width, and 379 mm in depth, with an IP41 protection rating for durability. This model is part of the advanced MX Balance Line and features ingress protection, leveling guidance, and user management, making it an ideal choice for precision weighing in demanding environments. NTEP Approved