Sartorius MCA6202S-2S00-0 Cubis II Precision Balance, Internal Calibration, 6200 g x 0.01 g

Sartorius MCA6202S-2S00-0 Cubis II Precision Balance, Internal Calibration, 6200 g x 0.01 gCubis MCA balance with large high end 7 inch color TFT touch display in 16: 9 format with new user interface. Actual scale division (d) 10 mg, nominal maximum load (Max) 6200g. Standard version non verified, all units. Flat, stainless steel weight pan with no draft shield for weighing modules. For scientists in R&D and analytical laboratories needing the most reliable lab weighing results, the Cubis II from Sartorius is a completely configurable, high

Cubis MCA balance with large high end 7 inch color TFT touch display in 16:9 format with new user interface. Actual scale division (d) 10 mg, nominal maximum load (Max) 6200g. Standard version non-verified, all units. Flat, stainless steel weight pan with no draft shield for weighing modules.For scientists in R&D and analytical laboratories needing the most reliable lab weighing results, the Cubis® II from Sartorius is a completely configurable, high performance portfolio of balance hardware and software that will align with your unique demands and compliance requirements to maximize operational efficiency and experimental outcomes.All modules of the Cubis® II balance were designed for an 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.The modular weighing system Cubis® II can be individually configured from different components. The combinability of the display unit, weighing module, draft shield, software packages for various applications and functions and a comprehensive range of accessories allows the individual adaptation of the Cubis® II balance to all weighing tasks. The Cubis® II range of premium laboratory balances with a maximum load between 2.1 g and 70 kg and a readability between 0.1 ìg to 1 g provide the ideal model for every application.