Used OHAUS AX124 #9287024 for sale

OHAUS AX124 is a high-precision analytical balance designed for use in a wide range of laboratory applications. AX124 features a large circular weigh pan with a maximum capacity of 120 grams and reads 0.1 milligrams with a ± 0.2mg linearity. Its dynamic weighing capability ensures the accuracy of the balance, allowing for accurate measurements even when the sample is rapidly placed on the pan. The titanium weighing hook is ideal for weighing light samples with a minimum weight of 0.00002 grams. OHAUS AX124 also features a variety of built-in calibration and adjusting capabilities, as well as user-friendly operations and data storage. The digital display is extremely easy to use and the data can be quickly transferred to a computer or printer. AX124 also includes a storage memory in which up to nine different weighing presentations can be stored. Furthermore, the balance can be used in conjunction with OHAUS Sample Processor, an automatic sample handling system, for faster and more efficient results. When it comes to accuracy, OHAUS AX124 incorporates the patented Propulsion Technology, which ensures a highly stable displaying platform through a unique dynamic weighing capability. The balance also features an internal mono audible alarm and an external alarm option. This alarm can be programmed to alert the user when the balance is out of calibration or when a pre-set weight setting has been exceeded. The balance also has a superior filtering system, built-in security locking feature, removable sealed dust cover, temperature compensation, multiple weights & measures, automatic shut-off, and power saver capability in order to maintain the best precision and reliability. It can be powered by either an adapter (included) or six AA batteries. Overall, AX124 is an outstanding high-precision analytical balance designed for scientific experiments in laboratories and other research and testing facilities. It features a wide range of advanced capabilities, user-friendly operations, and superior performance in overloading and temperature conditions.