This guide explains what a multi-axis force sensor measures and when to choose a 3-axis force sensor, a 6-axis force/torque sensor, or an axial force and torque sensor. It shows how tool offsets create bending moments and why combined loading limits matter when sizing a sensor. Engineers can use the guide to compare measurement error and crosstalk, check mounting and data acquisition compatibility, and verify channel direction and response with known loads after installation. It also covers practical checks for replacing an existing sensor.
Understand how a force sensor works and how to select a design for equipment integration or research testing. This guide compares miniature and button, through-hole and donut, inline tension and compression, and column force sensors. It explains strain gauge and piezoelectric principles, force range, preload, accuracy, mounting, and PLC or DAQ connections. Practical FIBOS product examples show why loading surfaces and mechanical interfaces matter. Readers also learn how to distinguish zeroing from calibration and verify the complete force measurement chain under installed conditions.
Force control in automation helps manufacturers manage contact forces in press-fitting, bonding, polishing, and handling. This article explains why position alone cannot confirm process quality, distinguishes force monitoring from closed-loop control, and outlines how force-displacement curves support assembly evaluation and traceability. It also covers sensor capacity, usable resolution, installation, and signal-chain considerations. Readers can assess where the FIBOS FA406 tension and compression load cell may fit, understand its 100 N to 20 kN capacity options, and identify the application details needed for selection.