Cubis® II and Cubis® II Ultra-High Resolution Premium Balances

All weighing modules of the Cubis^® II balance from Sartorius are designed for intuitive operation, further aided by intelligent diagnostic systems. These design elements guarantee a higher degree of repeatability for different workflows while lowering the probability of human error during measurement. It offers modern user interfaces, pharmaceutical and GxP compliance, including data handling, data integrity and connectivity, ergonomic sample handling, easy process integration, and unlimited communication at the highest level of accuracy and precision.

The newest addition to the Cubis family are the Cubis® II Ultra High-Resolution balances that guarantee the highest level of precision and fastest stabilization time with each measurement in everyday conditions. With a maximum load between 32 g and 111 g and a readability of 1 µg or 2 µg these balances are especially designed to weigh in smallest sample amounts into large tare vessels.

Thanks to its unique engineering, performance errors caused by common influences, such as draft and vibration, are completely eliminated. These balances feature a revolutionary Cleaning QApp that transforms routine cleanings with step-by-step instructions displayed on the balance along with an audit trail for compliance needs.

Notably, the Cubis® II Ultra-High Resolution balances offer exceptional flexibility, allowing for software and hardware upgrades in the future without the need to purchase a new balance, ensuring investment security.

With a winning combination of adaptability, simplified cleaning, and future-proof upgradability, the Cubis® II Ultra-High Resolution balances are designed to transform compliant workflows in the modern analytical laboratory.

Choose the laboratory balance that meets your weighing needs, available Cubis ^® II lab balance models are : Ultra-Micro and Micro Balances, High-Capacity Micro Balances (available in the Ultra-High Resolution Model), Semi-Micro Balances (available in the Ultra-High Resolution Model), Analytical Balances, Precision Balances and High-Capacity Balances.