Designed to weigh the smallest sample quantities and meet the highest requirements. Cubis™ Micro Balances: 6.6S Weighing Module are supplied with a draft shield for maximum safety and reliability.

Unique spatula scoops material and instantly weighs it.

Designed to weigh the smallest sample quantities and meet the highest requirements. Sartorius™ Cubis™ Ultra Micro Balances: 2.7S Weighing Module with DM Draft Shield includes an automatic/motorized glass shield for maximum safety and reliability.

Designed to weigh the smallest sample quantities and meet the highest requirements

Offers the optimal basis for users who need to weigh with the highest accuracy, but have lower needs in terms of complexity of a weighing process and data management.

Offers the optimal basis for users who need to weigh with the highest accuracy, but have lower needs in terms of complexity of a weighing process and data management

With full resolution (readability 10μg) up to 220g

Designed to weigh the smallest sample quantities and meet the highest requirements. Sartorius™ Cubis™ Micro Balances: 3.6P Weighing Module with DM Draft Shield includes an automatic/motorized glass shield for maximum safety and reliability.

For users who prefer to combine classic key-operated control with the widest range of performance features.

Offering high accuracy and weighing performance. Sartorius™ Cubis™ High-Capacity Micro-Balances include excellent repeatability, fast response time, optimal ease of use, and ergonomics.

Offers four different weighing ranges to fulfill the needs of most 5-digit weighing applications

Offers the optimal basis for users who need to weigh with the highest accuracy, but have lower needs in terms of complexity of a weighing process and data management.

Designed for weighing with maximum accuracy, without complex workflows.

Offers four different weighing ranges to fulfill the needs of most 5-digit weighing applications

Offers four different weighing ranges to fulfill the needs of most 5-digit weighing applications.

These microbalances provide the highest level of safety, reliability of results and conformity to standards when working with extremely small sample sizes.