OEM Weigh Cells

For laboratory and process applications, Sartorius has designed the Original Equipment Manufacturer (OEM) measuring cells as a solution to integrate force or weighing sensors into your equipment and machines. Measuring cells with electromagnetic force compensation and electronic modules can be installed or connected to other equipment that requires a weighing function in order to operate.

Sartorius weigh cells

Sartorius manufactures a wide range of load cells that can be integrated into any machine or instrument where the ability to retrieve accurate and repeatable weighing data is an important function. Featuring the latest in electromagnetic force compensation technology, with a weight capacity of up to 8.2kg and readability from 0.01 g to 1 ug, Sartorius load cells are extremely fast, robust and reliable and come in a variety of configurations to enable easy installation in almost any application.

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FAQ

A Sartorius weigh cell is a force sensor based on the mechanical measuring system of a Sartorius precision | analytics or microbalance.

1. The weigh cell works according to the principle of electromagnetic force compensation. The necessary counterforce for the applied load is generated with the help of a coil, which acts as an electromagnet in a magnetic field of a permanent magnet.

2. In weigh cells with electromagnetic force compensation, the counterforce to the applied load is generated with the help of a coil that acts as an electromagnet in a magnetic field of a permanent magnet.

Sartorius weigh cells can be used wherever the mass of a product meets a quality requirement. Starting with a laboratory application up to an automated production line.

The Sartorius weigh cells have an RS232 interface via which both data and commands can be exchanged. Additional interface formats can be generated via an external converter.

The Sartorius weigh cells can be adjusted and adapted to the ambient conditions using the free configuration software.

A display is not necessary for ongoing operation because the communication takes place via the interface. During commissioning, the display can simplify the run-in phase with its key commands.