The A&D Weighing GH-202 Analytical Balance is a high-performance balance designed to meet all of your workflow needs. Featuring Ordinal Electromagnetic Sensor (OES) weighing technology, this balance offers the best accuracy and precision in its class. With a wider range of capacities and readability options (ranging from 0.01mg to 0.1mg), it can effectively handle a variety of weighing tasks.
The GH-202 Analytical Balance is equipped with advanced stabilization features, including adjustable environmental response characteristics, to help alleviate the effects of drafts and vibrations. It also features automatic self-calibration, ensuring consistent accuracy even when there are temperature changes in the environment.
One of the standout features of this balance is the one-touch Full Digital Calibration (FDC) system, which allows for quick and easy calibration within seconds. This saves you valuable time and ensures accurate measurements every time. The balance is also designed for easy operation and maintenance, with an anti-static glass breeze break, stainless steel pan, spill-proof ring, and base plate that are all easy to clean.
Flexibility is another key feature of the GH-202 Analytical Balance. It has an auto power-on function that ensures optimal performance every time, reducing warm-up and wait time. It also includes a Balance ID and Clock/Calendar function, which provides time and date stamps for your measurements and allows for GLP reports.
The GH-202 Analytical Balance comes in various models with different capacities and readability options to suit your specific needs. It features a 3.5-second stabilization time and a weighing pan with dimensions of Ø90mm (3.6 inches). The balance is internally calibrated and offers excellent repeatability and linearity.
With its high performance, advanced features, and flexible capabilities, the A&D Weighing GH-202 Analytical Balance is the ideal instrument for precision weighing in laboratories, research facilities, and other professional settings. It is a reliable and efficient tool that will help increase productivity and streamline your weighing processes. Get your hands on the GH-202 Analytical Balance and experience the difference it can make in your workflow.
The GH-202 Analytical Balance is equipped with advanced stabilization features, including adjustable environmental response characteristics, to help alleviate the effects of drafts and vibrations. It also features automatic self-calibration, ensuring consistent accuracy even when there are temperature changes in the environment.
One of the standout features of this balance is the one-touch Full Digital Calibration (FDC) system, which allows for quick and easy calibration within seconds. This saves you valuable time and ensures accurate measurements every time. The balance is also designed for easy operation and maintenance, with an anti-static glass breeze break, stainless steel pan, spill-proof ring, and base plate that are all easy to clean.
Flexibility is another key feature of the GH-202 Analytical Balance. It has an auto power-on function that ensures optimal performance every time, reducing warm-up and wait time. It also includes a Balance ID and Clock/Calendar function, which provides time and date stamps for your measurements and allows for GLP reports.
The GH-202 Analytical Balance comes in various models with different capacities and readability options to suit your specific needs. It features a 3.5-second stabilization time and a weighing pan with dimensions of Ø90mm (3.6 inches). The balance is internally calibrated and offers excellent repeatability and linearity.
With its high performance, advanced features, and flexible capabilities, the A&D Weighing GH-202 Analytical Balance is the ideal instrument for precision weighing in laboratories, research facilities, and other professional settings. It is a reliable and efficient tool that will help increase productivity and streamline your weighing processes. Get your hands on the GH-202 Analytical Balance and experience the difference it can make in your workflow.