Sartorius MCE5203P-2S00-R Cubis II Precision Complete Balance, 5200 g x 5 mg

The Sartorius MCE5203P-2S00-R has a manufacturer-specified typical minimum sample weight of 1.2 g under USP Chapter 41 criteria, with an optimum minimum weight of 0.82 g under favorable conditions. These specifications help pharmaceutical and analytical laboratories assess whether the balance meets their weighing requirements. The actual minimum sample weight should be established through repeatability testing under the laboratory's operating conditions.

Yes, the Sartorius MCE5203P-2S00-R features isoCAL automatic internal adjustment technology, which can initiate adjustments after a temperature change of 1.5 K or a six-hour interval. For external performance verification, Sartorius recommends a 5000 g E2-class calibration weight. These features help laboratories maintain measurement reliability and reduce manual adjustment requirements during routine precision weighing operations.

Both models provide a maximum weighing capacity of 5200 g and feature a removable flat draft shield. However, the MCE5203P-2S00-R offers triple-range readability of 1 mg, 2 mg, and 5 mg, while the MCE5203S-2S00-R maintains constant 1 mg readability throughout its entire weighing range. The MCE5203P is suitable for laboratories requiring flexible weighing ranges, whereas the MCE5203S is preferable when consistent high-resolution measurements are needed across the full capacity.

The Sartorius MCE5203P-2S00-R features a removable, flat stainless steel draft shield that provides convenient access to laboratory samples while offering some protection against air movement around the weighing pan. Its compact design helps simplify sample placement, container handling, and routine cleaning. For applications involving stronger air currents, a taller enclosed draft shield may provide better weighing stability.

The Sartorius MCE5203P-2S00-R features three weighing ranges: 1200 g × 0.001 g, 2400 g × 0.002 g, and 5200 g × 0.005 g. This triple-range design allows laboratories to achieve finer resolution for smaller samples while maintaining the capacity to measure larger quantities. It is particularly useful for chemical formulation, pharmaceutical research, sample preparation, and quality control applications requiring different weighing resolutions.