Used METTLER TOLEDO XS 10003S #9100674 for sale

METTLER TOLEDO XS 10003S is a premium laboratory equipment and accessory designed to provide advanced weighing processes for a variety of applications. This precision weighing system is ideal for highly accurate weighing of a wide range of sample types, and is ideal for numerous laboratory and industrial processes. XS 10003S is equipped with a high precision weigh cell, a precise motor drive, and advanced vibration dampening technology. This makes it excellent for measuring precise samples in extreme laboratory environments. It is designed to be able to quickly and reliably weigh samples ranging in weight from 0.001 mg up to 3000g with a resolution of 0.1mg. In terms of accuracy, METTLER TOLEDO XS 10003S can achieve repeatability levels of 0.1mg when weighing in the range of 0.001-200g. As an added benefit, XS 10003S features an InFlux operation system that allows real-time tracking of the progress of all individual measurements. METTLER TOLEDO XS 10003S utilizes a variety of accessories to provide optimal results in a variety of applications and in different environments. It is compatible with a wide range of optional external accessories, such as draft shields, isolation tables, overload protection accessories, in order to ensure the precision and reliability of the data resulting from using XS 10003S. METTLER TOLEDO XS 10003S also features an intuitive software interface that enables users to quickly set up the desired settings for their specific weighing needs, as well as providing various methods of data communication. This includes integrated interfaces, which allow for connection to other devices, as well as direct connection to PCs or networks. XS 10003S is designed to provide reliable and accurate results in a variety of applications, ranging from medical and pharmacological production quality control, to agriculture and mining, as well as food and beverage research. This is a premium product that is designed to give the best results even in the most extreme environmental conditions.