Sartorius Cubis II Semi Micro Balance: Precision Weighing with Unmatched Accuracy

Features and Specifications: Sartorius MCE225S-2S00-A Cubis II Semi Micro Balance

Product Overview:

The Sartorius MCE225S-2S00-A Cubis II Semi Micro Balance is a high-precision weighing instrument designed for demanding laboratory applications. With its exceptional accuracy and advanced features, it empowers researchers and scientists to obtain reliable and reproducible results.

Features:

220 g Capacity: Weighs samples up to 220 grams with exceptional precision.
0.00001 g Readability: Delivers highly accurate measurements with a resolution of 0.00001 grams.
MonoBloc Weighing Cell: Ensures stability and accuracy even under challenging environmental conditions.
IsoCal Automatic Calibration: Maintains calibration accuracy without manual intervention.
SmartSens Sensor Technology: Detects and compensates for environmental influences, ensuring consistent weighing results.
Intuitive Touchscreen Interface: Provides easy navigation and control of balance settings.
Data Management and Connectivity: Supports data transfer via USB, RS232, and Ethernet interfaces.

Exceptional Accuracy: Enables precise and reliable weighing for critical applications.
Automated Calibration: Eliminates the need for manual calibration, saving time and ensuring accuracy.
Environmental Stability: Delivers accurate results even in fluctuating temperature and humidity conditions.
User-Friendly Interface: Simplifies operation and minimizes errors.
Versatile Connectivity: Facilitates data transfer and integration with laboratory systems.

Value to the Customer:

The Sartorius MCE225S-2S00-A Cubis II Semi Micro Balance offers exceptional value to customers by:

Enhancing Research Accuracy: Providing highly precise measurements for reliable data analysis.
Improving Efficiency: Automating calibration and simplifying operation, saving time and effort.
Ensuring Compliance: Meeting regulatory requirements for accurate weighing in various industries.
Empowering Innovation: Enabling researchers to push the boundaries of scientific discovery with precise and reproducible results.