ST-521 Multi axial force sensor

The high-precision six-axis force sensor is made of two major types of raw materials: high-quality aluminum alloy and 17-4PH stainless steel, which ensures high strength. It features a parallel mechanism design with low coupling, and internal digital decoupling for strong anti-interference ability. It is widely used in robots, automated equipment, biomechanics, automotive crash tests and durability tests.

Material：17-4PH stainless steel /High-quality aluminum alloy (Optional)

Communication： EtherCat or Ethernet (Optional）

Features and Applications：

High-precision strain gauges and structural design achieve higher signal-to-noise ratio and sensitivity, and the built-in temperature compensation algorithm significantly reduces temperature drift.

• Structural decoupling technology, algorithm decoupling technology, and strict sensor production processes

• High precision, low crosstalk, and features such as built-in eccentric load compensation

• High flexibility, shielded cable, intelligent data acquisition system

• Strong anti-interference ability, high stability.

• Can detect and measure the tactile sensation of robots, improving robot control and simplifying programming.

• Widely applied in various industrial fields, such as product testing, robot assembly, grinding and polishing, etc.

• In the research field, its sensors are used in surgical robot, bionic robot, rehabilitation robot, and other different applications in neurology, etc.

• Six-dimensional force sensor can be applied in robot development and automated measurement technology;

• Integration of medical technology handles, medical/limb prosthesis/cast technology and tools;

• Biomechanical measurement, sports medicine/gait analysis, human-machine engineering measurement;

• Force or torque control operations in fine assembly and processing process control, mechanical maintenance and error detection.

• Six-dimensional force sensor gives robots intelligent "tentacles"

• Six-axis joint calibration and detection technology