Sartorius MCA8202S-2S00-0 QP3 QP4 Cubis II Precision Balance, with software packages QP3 & QP4, 8200 g x 0.01 g

The Sartorius MCA8202S is designed for high-capacity precision weighing in laboratories, research facilities, and quality-control environments. With an 8,200 g maximum capacity and 0.01 g readability, it is suitable for formulation, sample preparation, weighing larger laboratory containers, material testing, and other applications requiring precise measurements across a relatively high weighing range.

The MCA8202S provides a maximum weighing capacity of 8,200 g with a 0.01 g (10 mg) scale interval. This combination makes it useful for customers who need substantially more capacity than a typical analytical balance while still requiring precise measurements at the hundredth-of-a-gram level. Sartorius classifies the 8202S within its Precision 10 mg Cubis II range.

The QP3 Utilities package adds specialized applications and function extensions for laboratory workflows. Current Sartorius documentation lists functions including Free Formula, Diameter Determination, Paper Weight, Air Buoyancy Correction, Manual Statistics, Automatic Statistics, and customizable color schemes. These tools can help users perform calculations and specialized weighing procedures directly on the balance.

The QP4 Connectivity package is designed to improve digital data exchange between the Cubis II balance and external systems. Sartorius currently lists QP4 applications including connectors for a Windows File Server, FTPS, and OMNIS, helping laboratories transfer weighing information electronically and integrate balance data into compatible digital workflows.

Choosing the QP3 + QP4 configuration is particularly useful for laboratories that need both advanced utility functions and enhanced data connectivity. QP3 provides additional calculation, statistics, and measurement tools, while QP4 focuses on transferring data to compatible external systems. This combination can help laboratories perform more tasks directly on the balance while reducing manual calculations and data transcription.