With strong ABS construction, an audible alarm that warns users if capacity is exceeded and its ShockProtect feature that offers advanced overload protection, the Highland is suitable for rigorous weighing demands in laboratories or in the field.
Adam Equipment's Luna lab balances are available in both analytical and precision models. They offer a wide variety of applications for everyday lab use.
The range of Solis laboratory balances includes semi-micro, analytical and precision models that combine intuitive operation with acute precision for complex weighing tasks.
Scientists have officially changed the definition of the kilogram to be based on the Planck constant — a fundamental constant of nature that is inherently stable.
The SSE balance enclosure, from HEMCO, is designed to sit on an island or peninsula location with access on two sides for student labs and light-duty procedures.
The Cubis II from Sartorius is a completely configurable, high-performance portfolio of balance hardware and software that will align with each user's demands and compliance requirements to maximise operational efficiency and experimental outcomes.
The FUTEK LSB200 Jr. Miniature S-Beam Load Cell will measure the tension force applied by an IV bag.
The Pioneer PX5 combines essential weighing functionality with competitive performance. It is intuitively designed for intelligent operation and suitable for laboratory and research applications.
The Cubis MSA116P high-capacity microbalance has been designed to weigh small samples directly into large laboratory containers. This procedure eliminates critical process parameters entailing the risk of inaccuracy, such as quantitative transfer of samples.
The standard unit for mass will soon have a new definition.
The Sartorius Cubis MPS is a laboratory balance designed to reconcile the user's needs for accuracy, precision, speed and convenience in pipette calibration.
Precisa is a manufacturer of analytical, benchtop and specialist application balances that are suitable for research, QA and teaching labs.
Q-Sense offers a series of analysis systems designed to measure surface-molecule interactions in real time using quartz crystal microbalance with dissipation (QCM-D) monitoring technology.
US scientists have turned a simple glass tube into a sensor to measure the mass, volume and density of microgram-sized biological samples in fluid.
Q-Sense instruments enable the study of molecular binding and interactions with surfaces using the principle of quartz crystal microbalance with dissipation (QCM-D).