Sartorius MCA324P-2S00-A Cubis-II Analytical Balance: Precision Weighing with 0.001g Readability

Features and Specifications: Sartorius MCA324P-2S00-A Cubis-II Analytical Balance

Product Overview:

The Sartorius MCA324P-2S00-A Cubis-II Analytical Balance is a high-precision weighing instrument designed for demanding laboratory applications. With its exceptional accuracy, reliability, and user-friendly features, it empowers scientists and researchers to obtain precise and consistent results.

Features:

320 g Capacity: Weighs samples up to 320 grams with exceptional accuracy.
0.001 g Readability: Delivers precise measurements with a resolution of 0.001 grams.
MonoBloc Weighing Cell: Ensures stability and accuracy even under challenging environmental conditions.
IsoCal Automatic Internal Calibration: Maintains calibration accuracy without manual intervention.
SmartSens Weighing Pan: Detects and compensates for changes in temperature and humidity.
Intuitive Touchscreen Interface: Simplifies operation and provides clear visual feedback.
Data Management and Connectivity: Supports data transfer via USB, RS232, and Ethernet.

Benefits:

Exceptional Accuracy: Ensures reliable and precise weighing results.
Effortless Calibration: Automatic calibration eliminates the need for manual adjustments.
Stable Weighing: MonoBloc design minimizes environmental influences.
User-Friendly Interface: Intuitive touchscreen simplifies operation.
Versatile Connectivity: Enables seamless data transfer and integration with laboratory systems.

Value to the Customer:

The Sartorius MCA324P-2S00-A Cubis-II Analytical Balance empowers customers with:

Confidence in Results: Accurate and reliable measurements ensure data integrity.
Time Savings: Automatic calibration and user-friendly features streamline workflows.
Enhanced Productivity: Stable weighing and seamless data transfer improve efficiency.
Compliance with Standards: Meets industry regulations and quality control requirements.
* Exceptional Value: A cost-effective solution for demanding weighing applications.