Strain Gauge Force Sensors
Dynamic and immediately ready for use: U9C is HBM’s cost-effective miniature force load cell for compressive and tensile forces.
Dynamic and immediately ready for use: C9C is HBM’s cost-effective miniature force sensor for compressive force.
The S2M S-type load cell is the most accurate of its kind for measuring small forces and has an excellent price-to-performance ratio.
The U1A series force transducers are specially designed for measuring small tensile and compressive forces in laboratory applications.
The U2B load cell is the industry standard when it comes to compressive and tensile force measurement
The U3 load cell can be installed in minutes. This makes it the ideal choice for numerous applications in production and monitoring.
The U5 load cell for tensile and compressive forces can be installed within minutes, and has a very low overall height.
The U93 miniature load cell is used in production and during all test tasks, where space requirements, measurement dynamics and simple assembly count.
The amazingly cost-effective U15 precision load cell is ideally suited for use both as a transfer standard and as a calibration reference sensor.
The C2 load cell is the industry standard when it comes to compressive force measurement: reliable, robust and durable.
The C18 reference transducer is well-suited for use as a transfer device or as a reference sensor in calibration machines.
Custom Load Cells and Custom Load Pins
The leader in strain gauge based measurement offers you custom load cells, custom load pins and a large variety of standard loading pins and cells.
The HBM build-up systems for use as a force reference standard consist of 3 parallel force transducers, exceeding class 00 requirements.
The KMR series force washers are compact and especially suitable for monitoring tasks, because they are drift-free.
The KDB special force transducer has been designed to comply with the requirements of EN 12390 for verifying building materials.
TOP sensors from HBM are used when standard reference sensors reach their limits and fail in calibration tasks and reference measurements.
The Z30A force transducer is designed as a reference standard for verification of calibration machines, and many other precision measurement tasks.