Suitable for machine tool cutting, drilling and milling cutting force detection, rehabilitation medical equipment, lift test of aircraft, machine manual control grinding, assembly, drag teaching and all kinds of scientific research.
In order to develop a six-dimensional force sensor, our company independently developed a six-dimensional force calibrator in 2016, which solves the problem that the sensor dimensions made of traditional uniaxial loading cannot be decoupled from each other. At present, we are one of the few sensor manufacturers with a full range series of multi-dimensional force calibrators in China, and we can provide coupling curves before and after the decoupling of each dimension.
High precision, strong anti-biased load ability, easy to install, accept custom specifications, precision control of robot arm, surface grinding and polishing, machining center precision carving processing, precision testing of medical equipment.
Measuring range: Fxyz=1KN-25KN / Mxyz=100Nm-750Nm
Linearity error: 0.2%FS
Repeatability: 0.1%F
Measuring range: Fxyz = 1kN-50kN, Mxyz = 200Nm-1.2kNm
Accuracy range: ≤0.3%FS
The six-axis force sensor is suitable for measuring force and torque in three mutually perpendicular axes, offering the dual advantages of a large torque measurement range and a small outer diameter.
Suitable for measurement and control in aerospace, robotics (such as collision detection and end-effector control), grinding machine cutting force, and kinematics.
Measuring range: Fxyz = 10kN-100kN, Mxyz = 2kNm-10kNm
Accuracy range: ≤0.3%FS
The six-axis force sensor is suitable for measuring force and torque in three mutually perpendicular axes, offering the dual advantages of a large torque measurement range and a small outer diameter.
Suitable for measurement and control in aerospace, robotics (such as collision detection and end-effector control), grinding machine cutting force, and kinematics.
Measuring range: Fxyz = 50kN-500kN, Mxyz = 10kNm-20kNm
Accuracy range: ≤0.3%FS
The six-axis force sensor is suitable for measuring force and torque in three mutually perpendicular axes, offering the dual advantages of a large torque measurement range and a small outer diameter.
Suitable for measurement and control in aerospace, robotics (such as collision detection and end-effector control), grinding machine cutting force, and kinematics.
Measuring range: Fxyz=50N-2000N, Mxyz=5Nm-40Nm
Accuracy range: ≤0.3%FS
The six-axis force sensor is suitable for measuring force and torque in three mutually perpendicular axes, offering the dual advantages of a large torque measurement range and a small outer diameter.
Applicable to measurement and control scenarios in aerospace, robotics (such as collision detection and end-effector control), grinding machine cutting force, and kinematics.
Measuring range: Fxyz = 1kN-15kN, Mxyz = 50Nm-250Nm
Accuracy range: ≤0.3%FS
The six-axis force sensor is suitable for measuring force and torque in three mutually perpendicular axes, offering the dual advantages of a large torque measurement range and a small outer diameter.
It is suitable for measurement and control in aerospace, robotics (such as collision detection and end-effector control), grinding machine cutting force, and kinematics.
Measuring force and torque on three spatial axes of XYZ
Equipped with high performance processor and 24bit ADC
High SNR digital output
High static overload protection
2000Hz output data rate
Low zero drift & cross-axis effect, low temperature drift
Available with Ethernet, EtherCAT and RS-485 communication
Suitable for industrial robots, collaborative robots, factory automation and so on
Measuring force and torque on three spatial axes of XYZ
Equipped with high performance processor and 24bit ADC
High SNR digital output
High static overload protection
2000Hz output data rate
Low zero drift & cross-axis effect, low temperature drift
Available with Ethernet, EtherCAT, Analog and RS-485 communication
Suitable for industrial robots, collaborative robots, factory automation and so on.
Measuring force and torque on three spatial axes of XYZ
Equipped with high performance processor and 24bit ADC
High SNR digital output
High static overload protection
2000Hz output data rate
Low zero drift & cross-axis effect, low temperature drift
Available with Ethernet, EtherCAT and RS-485 communication
Suitable for industrial robots, collaborative robots, factory automation and so on.
Measuring force and torque on three spatial axes of XYZ
Equipped with high performance processor and 24bit ADC
High SNR digital output
High static overload protection
2700Hz output data rate
Low zero drift & cross-axis effect, low temperature drift
Available with Ethernet, EtherCAT, Analog and RS-485 communication
Suitable for industrial robots, collaborative robots, factory automation and so on.
Measuring force and torque on three spatial axes of XYZ
Equipped with high performance processor and 24bit ADC
High SNR digital output
High static overload protection
2700Hz output data rate
Low zero drift & cross-axis effect, low temperature drift
Available with Ethernet, EtherCAT, Analog and RS-485 communication
Suitable for industrial robots, collaborative robots, factory automation and so on.
Measuring force and torque on three spatial axes of XYZ
Equipped with high performance processor and 24bit ADC
High SNR digital output
High static overload protection
2700Hz output data rate
Low zero drift & cross-axis effect, low temperature drift
Available with Ethernet, EtherCAT, Analog and RS-485 communication
Suitable for industrial robots, collaborative robots, factory automation and so on.
Measuring force and torque on three spatial axes of XYZ
Equipped with high performance processor and 24bit ADC
High SNR digital output
High static overload protection
2700Hz output data rate
Low zero drift & cross-axis effect, low temperature drift
Available with Ethernet, EtherCAT, Analog and RS-485 communication
Suitable for industrial robots, collaborative robots, factory automation and so on.
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