Mettler Toledo XPE504: Precision Analytical Balance for Unrivaled Accuracy

Features and Specifications: Mettler Toledo XPE504 Analytical Balance, 520g x 0.1mg

Product Overview:

The Mettler Toledo XPE504 Analytical Balance is a high-precision instrument designed for accurate and reliable weighing in various laboratory and industrial applications. With a maximum capacity of 520g and a readability of 0.1mg, it offers exceptional accuracy and sensitivity.

Features:

High-Resolution Weighing: 0.1mg readability ensures precise measurements for critical applications.
Fast Stabilization Time: Rapid stabilization time minimizes waiting and improves efficiency.
SmartPan™ Technology: Built-in sensor detects and compensates for pan weight changes, eliminating errors.
Ergonomic Design: Intuitive touchscreen interface and easy-to-read display enhance user experience.
GLP/GMP Compliance: Meets regulatory requirements for data integrity and traceability.
Multiple Weighing Units: Supports various weighing units for versatility and convenience.
Calibration Reminder: Automatic calibration reminder ensures accuracy and reliability.

Capacity: 520g
Readability: 0.1mg
Repeatability: 0.1mg
Linearity: ±0.2mg
Stabilization Time: <3 seconds
Display: Color touchscreen
Interface: USB, RS232
Power: 100-240V AC, 50/60Hz

Accurate and Reliable Weighing: Ensures precise measurements for critical applications.
Improved Efficiency: Fast stabilization time and SmartPan™ technology minimize waiting and errors.
Enhanced User Experience: Ergonomic design and intuitive interface simplify operation.
Regulatory Compliance: Meets GLP/GMP requirements for data integrity and traceability.
Versatile and Convenient: Supports multiple weighing units and offers easy data transfer.

Value to the Customer:

The Mettler Toledo XPE504 Analytical Balance provides exceptional accuracy, reliability, and efficiency for demanding weighing applications. Its advanced features and compliance with regulatory standards make it an invaluable tool for laboratories and industries seeking precise and trustworthy measurements.