A force and torque sensor measures mechanical forces and rotational moments applied to an object. In robotics and industrial automation, these sensors help systems detect physical interactions, monitor loads, and improve motion control and process precision.

A 6-axis force/torque sensor measures six components simultaneously: three forces (Fx, Fy, Fz) and three torques (Tx, Ty, Tz). It is commonly used in robotic applications that require multi-directional force measurement and precise force control.

A 6-axis force/torque sensor measures forces along the X, Y, and Z axes, as well as torques around those three axes. The measurable ranges, accuracy, and other performance specifications depend on the specific sensor model.

A force sensor measures applied force, while a force/torque sensor can measure both force and rotational torque. A 6-axis force/torque sensor measures three force components and three torque components, making it suitable for applications that require comprehensive load feedback.

Force and torque sensors are used in humanoid robots, industrial robotic arms, robotic joints, collaborative robots, automated assembly, grinding and polishing, research laboratories, and other applications that require force measurement or force control.

Force/torque sensors provide feedback about external forces and mechanical loads during robotic movement and interaction. Depending on their placement, they can support balance control, contact detection, compliant motion, and more precise manipulation.

Force and torque sensing in robotic joints helps measure mechanical loads and provides feedback for motion control. This information can support torque control, compliant movement, interaction monitoring, and improved control performance.

Yes. Force/torque sensing can help robotic grinding and polishing systems monitor contact forces between the tool and workpiece. With a suitable control system, this feedback can help maintain more consistent contact and improve process repeatability.

Yes. Force sensors are used in applications such as automated assembly, component insertion, material handling, quality testing, and precision manufacturing. The appropriate sensor depends on the required force range, measurement accuracy, mechanical interface, and operating environment.

Sensor selection depends on the required force and torque ranges, accuracy, resolution, sensor dimensions, mounting method, output interface, and operating environment. You should also consider the application, expected loads, and compatibility with your control system.

Customization requirements may include mechanical dimensions, mounting interfaces, measurement ranges, connectors, and integration requirements. Feasibility depends on the specific application and technical requirements. Contact our team to discuss your project and confirm available options.

To help identify a suitable sensor, please provide your application, required force and torque ranges, accuracy requirements, installation space, mounting dimensions, output interface, operating environment, and estimated quantity. Drawings or reference photos can also help clarify your requirements.

Application-specific sensor solutions may be considered based on mechanical constraints, measurement requirements, installation conditions, and system integration needs. Share your application details with our engineering team so that the technical feasibility and possible solution can be evaluated.

Our team can help discuss product selection, sensor specifications, and application requirements. The available support depends on the project and may include technical consultation, documentation guidance, and assistance with integration-related questions.

Product documentation may include datasheets, technical specifications, dimensional drawings, and other relevant materials, depending on the model. Contact our team with the product model or application requirements to request the appropriate documentation.

Sample availability depends on the selected model, project requirements, and current arrangements. Please contact our sales team with your intended application and quantity requirements to confirm availability and applicable costs.

Lead time varies depending on the sensor model, order quantity, customization requirements, and production schedule. Please provide your required specifications and delivery expectations so that our team can confirm the estimated lead time for your order.

To request a quotation, provide your application details, required sensor model or specifications, estimated quantity, and any customization requirements. You can contact our team through the Contact Us page to discuss your project and obtain a quotation.