High-Precision F1 Class Weights for Laboratory and Industrial Applications

F1 Class calibration weights from Masse Prazise are manufactured with high metrological accuracy, making them ideal for laboratory and industrial applications. These weights serve as reference standards for calibrating lower-class weights, such as F2 and below, ensuring precise measurements in research, pharmaceutical, and industrial settings. With a range covering 1 mg to 50 kg, F1 class weights are essential for maintaining the accuracy of analytical balances and precision measurement equipment.

F1 Class Weight Box for Accurate Calibration Needs

Designed to meet strict calibration requirements, the F1 Class Weight Box includes weights of varying sizes, ensuring accurate adjustments and calibrations. These weights are crafted in both integral (1 mg to 200 g) and two-piece (500 g to 50 kg) designs, with adjustment cavities available for fine-tuning precision. Their exceptional stability and durability make them the preferred choice for laboratories and industries requiring highly accurate weight calibration.

Why F1 Class Weights Are Essential for Micro Balance Calibration

Balances require the high level of precision, and F1 class weights play a critical role in their calibration. These weights help ensure the accuracy of sensitive balances used in pharmaceutical research, scientific experiments, and high-precision industrial applications. The adjustment cavities in the larger weights (500 g to 50 kg) allow for meticulous fine-tuning, guaranteeing compliance with metrological standards and consistent performance.

Key Benefits of Using F1 Class Calibration Weights in Laboratories

High Metrological Accuracy – Ensures precise calibration of analytical balances for consistent and reliable measurements.
Reference Standard for Lower-Class Weights – Used to calibrate F2 and lower-class weights, maintaining measurement integrity.
Wide Weight Range – Available from 1 mg to 50 kg, covering diverse laboratory and industrial calibration needs.
Integral & Two-Piece Design – Smaller weights (1 mg to 200 g) are integral, while larger weights (500 g to 50 kg) have adjustment cavities for fine-tuning.
Compliance with International Standards – Meets strict metrological guidelines, making them suitable for high-precision applications.
Essential for Medium-Precision Analytical Balances – Ensures accurate readings in research, pharmaceutical, and industrial testing environments.
Durable and Stable Construction– Manufactured with high-quality materials to maintain accuracy over time.