APM 50.4Y.1 Precision Balance from Radwag

High Accuracy Sample Weighing Based from Outstanding Sensitivity

Perfect for meeting weighing conditions of pharmaceutical and clinical labs, schools, and food manufacturing facilities, the APM 50.4Y.1 Precision Balance from Radwag helps you measure weights of minute samples like particulate matter confidently. Capable of detecting variations in sample mass with its 100 mg readability, the Radwag APM 50.4Y.1 top loading scale puts your budget to an advantage while offering the most accurate sample handling and weighing performance for your industrial applications, research, or manufacturing operations. Not what you require? For something with a higher resolution, you might want to check the APM 15.C32.1 Precision Balance from Radwag.

Highly Precise Measurements for Credible Sample Weighing

Acquiring results that can be reproduced even with multi users considered is not a problem since it comes with a 40 mg repeatability. Given that the same settings are followed, the Radwag APM 50.4Y.1 is an outstanding option for various daily weighing applications since it generates close and almost unvarying measurement values all through your weighing process. Not only does it scale down time when it comes to re-recording weighing values each and every time, it also saves you more of it for better data analysis. You can choose the APM 15.C32.1 Precision Balance from Radwag if you need a unit having a higher repeatability value.

Functional Weighing for Lab, Field, and More

Whether doing tasks out in the field or inside a laboratory, the Radwag APM 50.4Y.1 racks up accuracy and precision in weighing all the time through its external calibration feat that manually calibrates the unit with endorsed test weights to verify measurements. Be sure your load would not go over 50000 g as this is the maximum the balance can have room for. A great option for a higher capacity unit would be the APM 50.C32.1 Precision Balance from Radwag.Looking for a different model but with just the same capacity as this unit? You can pick from the APM 50.C32.1 Precision Balance from Radwag instead.

Instrumental Features to Take Note Off for Easier Weighing

ISO Compliant

Meet application requirements with this ISO-compliant laboratory scale, following strict measures when it comes to routine testing, calibration, preventative maintenance and more, its print guidelines, the highest quality risk-based management systems.

Touchscreen Display

The Radwag APM 50.4Y.1 vividly displays measurement weighing values through its bright and big touchscreen display. Easy-to-use and intuitive, the touch display offers convenient shifting of balance modes to meet your specific application requirements as well as fluid set-up of parameters just within a few clicks.

Coverall Multi-Device Connectivity Solutions

Checking out available connectivity options before purchasing a balance is a significant thing to do. These can speed up your collection and conversion of data into charts, tables, or other formats, saving more time spent on minimizing human-related errors and in return stepping up your entire research process. With the Radwag APM 50.4Y.1, connecting to the world wide web is also not a problem because this model has wifi capabilities. You also can communicate with PCs and any device that works with wired connections through its ethernet port. Aside from this, this Radwag PM series model also includes a mobile application available for quick access to weighing results.

Spelled Out Operational Excellence

Free up more time and re-allot this to high prio tasks through the APM 50.4Y.1 Precision Balance from Radwag. Supporting operational efficiency by stabilizing and yielding measurement weighing results in just 3.0 seconds, this Radwag PM scale is instrumental to increasing lab productivity and enhancing your processes. Carrying over weighing data to devices, computers, and even printers is a walk in the park as the precision scale has RS-232 and USB ports. You'll also never have to deal with reformatting reports ever again since this model already abides by the ISO print format.