W3200-500 Precision Scale from Accuris

High Accuracy Weighing Based from Exceptional Sensitivity

The W3200-500 Precision Scale from Accuris returns accurate weighing of particulate matter or other small samples thanks to its 1 mg sensitivity. Long-lasting and engineered for use not just in laboratories but also even for production houses, industrial facilities, or educational institutions, the Accuris W3200-500 rolls out reliable and close measurement values, securing cost-effective weighing for routine lab tasks, quality control measures, as well as manufacturing procedures. Another option with the same 1 mg readability that you can consider is the the W3200-320 Precision Scale from Accuris from the same Precision series.

Versatile Sample Weighing for Laboratory, Field, and More

Whether carrying out tasks out in the field or inside a laboratory, the Accuris W3200-500 leads to precise and accurate weighing each and everytime through its external calibration feat, allowing manual calibration by using test weights approved to validate measurements. Be sure your load would not exceed 500 g as this is the maximum the unit can take in with its 115 mm pan. A great option for a higher capacity unit but with the same readability as the Accuris W3200-500 would be the Pioneer PX523 Precision Scale from Ohaus.

Fundamental Features to Take Into Account

LCD Screen

Reducing user-related blunders when it comes to data readout is achievable with the Accuris W3200-500 precision balance because it vividly displays sample weighing results through its bright, large, and high contrast LCD screen. Putting the unit even in workrooms with bad lighting conditions would never be an issue as users can still sees weighing measurement values clearly, even considering different angles.

Operational Efficiency Spelled Out

The W3200-500 Precision Scale from Accuris is key to achieving increased laboratory output. Operational efficacy is strengthened because this Accuris precision balance also has an RS-232 port, directing users to carry over accrued weighing data and results to different computers, devices, and even printers in a shorter period of time.