Sartorius MCA50201S-2S00-0 Cubis II Precision High-Capacity Balance

Features and Specifications

Sartorius MCA50201S-2S00-0 Cubis II Precision High-Capacity Balance

Capacity: 50200 g
Readability: 0.1 g

Features:

High-capacity weighing: Ideal for weighing large samples or multiple items simultaneously.
Precise readability: Delivers accurate and reliable measurements down to 0.1 g.
Robust construction: Built to withstand demanding laboratory environments.
Intuitive touchscreen interface: Easy to operate and navigate.
Multiple weighing modes: Supports various weighing applications, including weighing, counting, and percentage weighing.
Data connectivity: Connects to computers and printers for data transfer and reporting.
GLP/GMP compliance: Meets regulatory requirements for data integrity and traceability.

Product Overview

The Sartorius MCA50201S-2S00-0 Cubis II Precision High-Capacity Balance is a versatile and reliable weighing solution for laboratories and industrial settings. With its high capacity and precise readability, it enables accurate and efficient weighing of large samples or multiple items. The robust construction ensures durability in demanding environments, while the intuitive touchscreen interface simplifies operation.

Benefits

Increased productivity: High capacity and fast weighing speed streamline weighing processes.
Enhanced accuracy: Precise readability ensures reliable and accurate measurements.
Improved efficiency: Intuitive interface and multiple weighing modes simplify weighing tasks.
Data integrity: GLP/GMP compliance ensures data accuracy and traceability.
Versatile applications: Suitable for a wide range of weighing applications in various industries.

Value to the Customer

The Sartorius MCA50201S-2S00-0 Cubis II Precision High-Capacity Balance offers exceptional value to customers by:

Providing accurate and reliable weighing results.
Increasing productivity and efficiency in weighing processes.
Ensuring data integrity and compliance with regulatory requirements.
Meeting the diverse weighing needs of laboratories and industrial settings.