Used ADAM EQUIPMENT NBL 16001P #9287327 for sale

ADAM EQUIPMENT NBL 16001P is a precision-balanced lab equipment and accessories designed for use in all types of laboratory environments. This product features a combination of a digital scale and an extreme accuracy balance, making it ideal for the measurement of small masses and volumes. NBL 16001P has an exceptionally large 16000g capacity, three selectable weighing units, and a resolution of 0.1g. ADAM EQUIPMENT NBL 16001P is designed with excellent performance and practicality in mind. Its reliable overload protection ensures precise measurements, even in the toughest of lab environments. It also features a self-calibration function so you can easily adjust and maintain its accuracy. Additionally, the wide base and adjustable levelling feet ensure that the platform remains steady. NBL 16001P is equipped with a variety of features designed to maximize accuracy. Its advanced gravity compensation technology uses a compensation method based on the direction and magnitude of forces such as weight and centrifugal acceleration to compensate for their effect on the measurements. Additionally, the built-in 10-segment internal adjustment calibration ensures that the balance is perfectly accurate for the first measurement. ADAM EQUIPMENT NBL 16001P also offers a range of useful accessories to further improve your lab experience. An optional ramp and power cord can be purchased in order to provide power to the unit, while optional bells and lights can be also added for extra accuracy when using the balance. Additionally, NBL 16001P comes with an AC adapter and a carrying case for easy storage and transport. For added convenience, ADAM EQUIPMENT NBL 16001P is designed with an intuitive, user-friendly interface and a backlit LCD screen for easy data reading. The intuitive icon-driven menu helps make the navigation of the balance's functions simple and user-friendly. Overall, NBL 16001P is an ideal choice for anyone looking for accurate, reliable, and user-friendly measurements of small masses.