Radwag AS 520.X2 PLUS: Precision Analytical Balance with 520g Capacity and 0.1mg Readability

Features and Specifications: Radwag AS 520.X2 PLUS Analytical Balance

Product Overview:

The Radwag AS 520.X2 PLUS Analytical Balance is a high-precision instrument designed for demanding laboratory applications. With a capacity of 520 grams and a readability of 0.1 milligrams, it delivers exceptional accuracy and reliability for precise weighing tasks.

Features:

High-Resolution Weighing: 0.1 mg readability ensures accurate measurements even for minute samples.
Large Weighing Capacity: 520 g capacity accommodates a wide range of sample sizes.
Fast Stabilization Time: Rapid stabilization minimizes waiting time and improves efficiency.
Automatic Internal Calibration: Ensures consistent accuracy without manual intervention.
Intuitive Touchscreen Interface: User-friendly interface simplifies operation and reduces errors.
GLP/GMP Compliance: Meets regulatory requirements for data integrity and traceability.
Multiple Weighing Units: Supports various units of measurement for versatility.
Data Storage and Transfer: Stores and transfers weighing data via USB or RS-232 interface.

Benefits:

Precise and Reliable Weighing: Ensures accurate results for critical applications.
Increased Productivity: Fast stabilization and automatic calibration save time and effort.
Compliance Assurance: Meets industry standards for data integrity and traceability.
Versatile Functionality: Supports multiple weighing units and data transfer options.
User-Friendly Operation: Intuitive touchscreen interface simplifies weighing tasks.

Accurate and reliable weighing: Ensures confidence in measurement results.
Increased efficiency: Saves time and reduces errors, improving productivity.
Compliance assurance: Meets regulatory requirements, ensuring data integrity and traceability.
Versatile functionality: Adapts to various weighing needs, enhancing laboratory capabilities.
User-friendly operation: Simplifies weighing tasks, reducing training time and user errors.