Precision balances

RADWAG precision balances are instruments that enable carrying out precise and reliable measurement under laboratory conditions.

With respect to technological solutions, RADWAG has divided precision balances range into three different lines: professional, advanced and standard.

• The professional line comprises 4Y series balances offering the most extensive functionality. The series’ distinctive feature is 5,7” colour capacitive display, and numerous functions and weighing applications operated by means of an intuitive menu.
• The advanced line comprises X2 series balances guaranteeing high measurement quality and weighing performance. Although the balances seem to be sophisticated instruments they are easy to operate. The X2 series features 5” colour capacitive touchscreen. A set of on-screen widgets enables the screen customization.
• The standard line comprises R series balances ensuring precise weighing result, ease of operation and reliable design. Large LCD with text line, displaying weighing process related data, and useful pictograms makes the operation comfortable. With this, the R series is a universal tool facilitating weighing processes performance.

Developed over the years to answer diverse needs of RADWAG’s customers.

The weighing equipment has set a new standard for the industry in terms of functionality, measurement reliability, comfort of operation and quality.

The precision balances are available in three series:

• Standard: designed to meet the most crucial requirements of pharmacies and research facilities,
• Advanced: equipped with additional functions and offering higher accuracy and comfort of work,
• Professional: the most accurate, reliable balances created to withstand frequent use in laboratory conditions.

All of the precision scales have the autotest diagnostic function, improving the repeatability of the measurements. The list of available functions includes as well gathering statistics, checkweighing, parts counting and numerous others. Their range may vary in different models of scales.