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The 6 axis force torque sensor for sale online. The SUCH 6 axis force torque transducer offers a measurement range of 100-500 Nm, operates at 5-15V DC, has an IP65 protection rating, an overload capacity of 300% F.S, and can be used in temperatures ranging from 0℃ to 40℃ and RH from 20% to 80%. The force and torque sensor is primarily suitable for machine tool cutting force detection, rehabilitation medical devices, aircraft lift testing, and robot force-controlled grinding and assembly.
The 6 axis force torque sensor has two mounting surfaces. The bottom surface is typically mounted on a sturdy base, while the other end houses the functional components. It is crucial to ensure that the base and connecting flange possess sufficient strength and exhibit minimal deformation. Excessive deformation can affect the point of application and direction of force, as well as the system's response time.
A 6-axis force and torque sensor is an integrated sensor that can simultaneously measure three-dimensional force and three-dimensional torque. It can comprehensively capture mechanical data under complex working conditions (such as the attitude force of a robot end effector and the composite torque during equipment operation), while ordinary sensors can only measure force or torque in a single direction and are suitable for simple mechanical scenarios.
The core advantages of 17-4PH stainless steel include high strength, resistance to deformation, strong corrosion resistance (resisting industrial dust, water spray, and slightly acidic/alkaline environments), and good thermal stability, reducing the impact of temperature drift on measurements.
6 axis force torque transducer is suitable for scenarios with the risk of instantaneous overload. Examples include the starting impact of a robot handling heavy objects, the instantaneous pressure peaks of precision stamping and assembly equipment, and overload simulation of motor test benches. Even with strong overload capacity, prolonged overload should be avoided to extend sensor lifespan.