Features and Specifications: Sartorius MCE6.6S-2S00-F Cubis II Ultra-Micro Balance Product Overview: The Sartorius MCE6.6S-2S00-F Cubis II Ultra-Micro Balance is a high-precision weighing instrument designed for ultra-accurate measurements in demanding laboratory applications. With its exceptional readability of 0.001 g and capacity of 6 g, it delivers reliable and precise results for microgram-level samples. Features: MCE User Interface: Intuitive and user-friendly interface for seamless operation and data management. Ultra-Micro Weighing Technology: Advanced weighing technology ensures accurate and repeatable measurements down to 0.001 g. Automatic Internal Adjustment: Ensures consistent accuracy over time, eliminating the need for manual adjustments. Ergonomic Design: Compact and lightweight design for easy handling and space optimization. GLP/GMP Compliance: Meets regulatory requirements for data integrity and traceability. Specifications: Capacity: 6 g Readability: 0.001 g Repeatability: 0.001 g Linearity: ±0.002 g Stabilization Time: <3 seconds Display: LCD with backlight Interface: RS232, USB Power Supply: 100-240 V AC, 50/60 Hz Benefits: Exceptional Accuracy: Ultra-micro weighing technology provides precise and reliable measurements for critical applications. Enhanced Productivity: Automatic internal adjustment and fast stabilization time streamline weighing processes. User-Friendly Operation: Intuitive MCE user interface simplifies operation and data management. Regulatory Compliance: GLP/GMP compliance ensures data integrity and traceability. Compact and Ergonomic: Space-saving design and ergonomic features enhance user comfort and efficiency. Value to the Customer: The Sartorius MCE6.6S-2S00-F Cubis II Ultra-Micro Balance empowers researchers and scientists with a high-performance weighing solution that delivers accurate and reliable results. Its advanced features and user-friendly design enhance productivity, ensure regulatory compliance, and provide exceptional value for demanding laboratory applications.