Sartorius MCA116S-3S00-D Cubis-II High-Capacity Micro Balance Draft Shield D, 111 g x 0.002 mg

Sartorius MCA116S-3S00-D Cubis-II High-Capacity Micro Balance Draft Shield D, 111 g x 0.002 mgThe Cubis II Ultra High Resolution Balance is a new addition to our Cubis II portfolio of premium laboratory balances. It offers the well know signature characteristics of the Cubis II family: modularity, compliance, connectivity and digital data management either by directly connecting to ELN LIMS on site or indirectly through the Ingenix Suite. Additionally, these balances are less prone to environmental effects, resulting in faster weighing

The Cubis® II Ultra-High Resolution Balance is a new addition to our Cubis® II portfolio of premium laboratory balances. It offers the well know signature characteristics of the Cubis® II family: modularity, compliance, connectivity and digital data management either by directly connecting to ELN/LIMS on site or indirectly through the Ingenix Suite. Additionally, these balances are less prone to environmental effects, resulting in faster weighing workflows and improved performance in a daily laboratory environment. The balances offer spacious weighing area despite a compact design which supports ergonomic weighing into various flasks. We brought cleanability to the next level as well. Not only easy disassembly and high chemical resistance is guaranteed, but thanks to the new Cleaning App, the cleaning process can become part of compliance and SOP´s.
The characteristics of a high resolution laboratory balance are that they have a high weighing capacity and fine readability. This type of analytical instrument is used to weigh very small sample quantities directly into larger flasks. It is broadly used across many industries, such as pharmaceutical, biopharmaceutical, chemical, environmental, automotive or medical devices industries, as well as in academia. Most of these industries are subject to strict legal regulations and are looking for balances which meet the requirements for high accuracy and repeatability over the entire weighing range. However, challenging laboratory environments or effects deriving from samples often negatively impact the measurement accuracy.