XA 110.4Y Analytical Balance from Radwag

High Accuracy Weighing Measurements from Superior Readability

Best for applications in material science, life science, and quality assurance labs, the Radwag XA 110.4Y from the XA series provides versatile weighing as it offers 0.01 mg readability. Identifying sample mass variations through a resolution of 0.01 mg, the XA 110.4Y Analytical Balance from Radwag guarantees outstanding value for your money as well as uncompromised sample weighing performance and accuracy. Looking for something similar? Why not check out another unit with the same resolution from the same XA series, the XA 82/220.4Y Analytical Balance from Radwag.

Fundamental Reproducibility for Reliable Measurement Values

Produce precise weighing results every time through the XA 110.4Y Analytical Balance from Radwag backed with 0.01 mg repeatability. Considering the same weighing conditions are followed, even with multi-users, the Radwag XA 110.4Y will render constant values for uncomplicated data tracking. In need of a higher repeatabilty model? Check out the XA 21.4Y.M.A Microbalance from Radwag.

Uninterrupted Weighing From Lab to Field

Deal with various substances ranging from solids to liquids, tissues, and more through the Radwag XA 110.4Y constructed with a 90 mm weighing pan, accommodating up to 110 g of samples. Securing weighing accuracy and precision is never a problem as the model features internal calibration, allowing fast recalibration every time the analytical balance is moved from one workstation to another. Dealing with heavier samples? Try the XA 120/250.4Y.A Analytical Balance from Radwag with the same sensitivity but with a larger weighing pan.

Fundamental Features for User-Convenient Weighing

Touchscreen Display

Complete with an intuitive touch screen display, the Radwag XA 110.4Y not only shows clear data readout even in badly-lit rooms, but also trouble-free maneuvering from one function to another for a more effective weighing process.

Internal Calibration

Never compromise accuracy and precision with the Radwag XA balance as it is capable of self-calibration. Coming with an internal calibration feat, the unit can account for sudden changes in temperature, movement, and time, and then adjust accordingly as needed.

ISO Compliant

Conforming to a high quality risk-based process management system as well as to print guidelines, this unit follows ISO standards. You are assured each balance prvoides compliant reports and has been constructed following strict measures including in preventative maintenance, routine testing, calibration, and adjustment.

GMP Compliant

The XA 110.4Y Analytical Balance from Radwag meets GMP guidelines as it produces reports displaying weighing time, results, and operator details, making it suitable for use in manufacturing and quality assurance industries.

GLP Compliant

Save more time with the Radwag XA 110.4Y balance as it also returns reports following required GLP format. With time, date, scaleID, and other relevant data already in the report, tracing activity history based on recorded data for your study becomes effortless.

Enhanced Operational Efficiency At Your Hand

Achieve faster weighing results for elevated laboratory output and optimized workflows through the XA 110.4Y Analytical Balance from Radwag offering 4 seconds stabilization time. You can also quickly transmit acquired results to computers, printers, or other peripheral devices as the unit has built-in RS-232 and USB interfaces and ports.. Additionally, this Radwag analytical balance renders ISO, GLP, and GMP compliant reports, saving you valuable time exhausted in reformatting these to focus on higher priority tasks.

Multi-Device Communication Gateway

Connectivity options available include an ethernet port for wired connections as well as wifi capabilities to connect to the internet. A mobile app for the Radwag XA 110.4Y can also be downloaded to conveniently access weighing records. With all these connectivity options, data collection and conversion become faster therefore speeding up your entire research process while eliminating human errors.