Precision Weighing with Adam Equipment LAB 254i Luna Analytical Balance

Features and Specifications: Adam Equipment LAB 254i Luna Analytical Balance

Product Overview:

The Adam Equipment LAB 254i Luna Analytical Balance is a high-precision instrument designed for accurate and reliable weighing in laboratory settings. With its advanced features and exceptional performance, the LAB 254i empowers scientists and researchers to achieve precise and consistent results.

Features:

High Resolution: 0.0001g readability for precise measurements
Large Capacity: 250g capacity to accommodate various sample sizes
Fast Stabilization Time: Quick response time for efficient weighing
Internal Calibration: Automatic internal calibration ensures accuracy and reliability
Multiple Weighing Units: Supports various units (g, mg, ct, oz, lb) for versatility
GLP/GMP Compliance: Meets Good Laboratory Practices and Good Manufacturing Practices standards
Large Backlit Display: Clear and easy-to-read display for convenient operation
RS-232 Interface: Enables data transfer to computers or printers
Draft Shield: Protects against environmental influences for accurate results

Precise and Accurate: Delivers highly accurate and reliable measurements
Efficient and Time-Saving: Fast stabilization time and automatic calibration streamline weighing processes
Versatile and Convenient: Supports multiple units and offers a large backlit display for ease of use
Compliant and Traceable: Meets industry standards for quality assurance and traceability
Durable and Reliable: Built to withstand demanding laboratory environments

Value to the Customer:

The Adam Equipment LAB 254i Luna Analytical Balance provides exceptional value to customers by:

Enhancing Research Accuracy: Enables precise and reliable weighing for accurate data collection and analysis
Improving Laboratory Efficiency: Streamlines weighing processes, saving time and resources
Ensuring Compliance: Meets industry standards for quality control and traceability
Providing Peace of Mind: Delivers consistent and reliable results, reducing the risk of errors and ensuring confidence in measurements