Sartorius MCA3.6P-2S00-M Cubis-II Micro Balance: Precision Weighing with 3g Capacity and 0.005g Readability

Features and Specifications: Sartorius MCA3.6P-2S00-M Cubis-II Micro Balance

Product Overview:

The Sartorius MCA3.6P-2S00-M Cubis-II 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:

3 g Capacity: Ideal for weighing small samples and delicate materials.
0.005 g Readability: Ensures precise measurements with high resolution.
MonoBloc Weighing Cell: Provides exceptional stability and accuracy.
Automatic Internal Adjustment: Maintains calibration accuracy over time.
IsoCal: Automatic calibration with internal weights for consistent performance.
SmartSens: Advanced sensor technology for fast and reliable weighing.
Large, Backlit Display: Easy-to-read results in various lighting conditions.
Multiple Weighing Units: Supports various units of measurement for versatility.
GLP/GMP Compliance: Meets regulatory requirements for data integrity.

Benefits:

Accurate and Reliable: Delivers precise measurements with minimal errors.
Efficient and Time-Saving: Automatic calibration and fast weighing speed streamline workflows.
Versatile and Adaptable: Supports a wide range of applications and sample types.
Durable and Long-Lasting: Robust construction ensures longevity and reliability.
Easy to Use: Intuitive interface and clear display simplify operation.

Value to the Customer:

The Sartorius MCA3.6P-2S00-M Cubis-II Micro Balance empowers customers with:

Enhanced Accuracy: Confidence in the precision of their measurements.
Increased Productivity: Streamlined workflows and reduced downtime.
Compliance Assurance: Adherence to regulatory standards for data integrity.
Long-Term Investment: Durable construction and reliable performance.
* Exceptional Support: Access to Sartorius’s renowned customer service and technical expertise.