Last Updated： Aggregation Period:Dec 10, 2025～Jan 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 10, 2025～Jan 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 10, 2025～Jan 06, 2026
This ranking is based on the number of page views on our site.
1～10 item / All 10 items
Introducing the torque sensor. It is a rotary torque sensor. It is an amplifier-integrated torque sensor. The output is ±5V.
Introducing the built-in amplifier torque sensor. This is a torque sensor made by the German company Lorenz. The accuracy is ± 0.25% FS (full scale). When torque is applied in a clockwise direction, it outputs a positive signal
Collaborative robot torque sensor, torque sensor for robot joints, high precision, CAN output - standard, low price range.
Torque sensor for robot joints - High precision - CAN output - standard Other outputs available as an option - Low price range - Torque sensor for industrial robots - Torque sensor for collaborative robots Please feel free to consult us about your required specifications and how you will use it.
Automating the glass polishing process! The operator can grasp and operate the device.
At the Saint-Gobain factory in Saint-Hilaire-de-Loulay, France, high-value tasks are performed by hand on finished products. As part of the shift towards Industry 4.0, which aims to free employees from repetitive tasks, the company wanted to automate the labor-intensive glass polishing process. This required programming complex movements for a small number of different glass sets. With the path recording feature of the Robotiq "FT 300 Force Torque Sensor," operators can grasp the device and perform the movements. The Universal Robot UR10 records this and replicates the operator's actions. Operators can avoid the common risk of musculoskeletal disorders and pain, allowing them to focus on value-added glass preparation tasks. [Overview] ■ Products used: FT 300 Force Torque Sensor ■ Application: Finishing *For more details, please refer to the PDF document or feel free to contact us at v.li@robotiq.com.
Temperature compensation sensor with built-in microcontroller! Capacitive torque sensor that does not require external modules.
"ESTORQ" is a torque sensor that excels in mass production due to its capacitive sensing method, achieving significantly lower prices with a simple structure. Additionally, it does not require an external module for torque value correction, making it easy to use. It offers excellent customization, accommodating free designs according to customer requests. [Features] ■ Compact and lightweight ■ Low cost ■ High customization *For more details, please refer to the PDF document or feel free to contact us.
Small torque measurement Reaction torque measurement torque sensor ・Short shaft length ・High torsional rigidity ・Easy handling and assembly
Reaction Torque Sensor Non-Rotating D-2452: Strain Gauge Type Torque Sensor; mV/V Output Features - Torque sensor for reaction torque measurement. - Sensors with a rated torque of up to 0.02 N·m are equipped with overload protection. - Cylindrical shafts on both sides. - Short shaft length. - High torsional rigidity. - Easy handling and assembly. - Process measurement and control technology. - Fully automatic machining center. - Measurement and control devices. - Tool engineering. - Special mechanical engineering.
Flange type reaction torque sensor 0-10 to 0-20,000 N·m torque sensor DF-30 non-rotating with through hole.
Flange Type Reaction Torque Sensor Reaction Torque 0-10 to 0-20,000 N·m Non-rotating With through hole High torsional rigidity Accuracy: 0.1% FS Performance Features - Torque measuring flange for torque measurement - Reaction or twist measurement - Flange flange solution - Short shaft length - Easy handling and assembly Applications - Process measurement and control technology - Fully automatic machining centers - Measurement and control devices - Tool engineering - Special mechanical engineering
Reaction Torque Sensor with Through Hole and Flange • Torque Measurement Flange Example: Measurement of Torque Reaction or Torsion Measurement
Reaction Torque Sensor with Through Hole and Flange: Model D-2268 Rated Torque 0-50 to 0-10,000 N·m Non-rotating Performance Features • Torque measurement flange Example: Measurement of torque reaction or torsion measurement • Flange-flange solution • With through hole • Very short axial length • High torsional rigidity • Easy handling and assembly • Extended temperature range (optional) -30 °C to 120 °C Applications • Process measurement and control technology • Fully automated machining centers • Measurement and control devices • Tool engineering • Special mechanical engineering
Method of manufacturing torque sensor for forming spray coating.
Since two characteristics of high permeability and high magnetostriction are required for the magnetic material constituting the magnetostrictive part of the rotating shaft of the conventional torque sensor, an amorphous alloy is suitable. However, when a amorphous alloy foil is fixed to the surface of the rotating shaft with an adhesive, there is a problem that sufficient detection characteristics cannot be obtained because adhesion to the rotating shaft is poor. In addition, even when a metallic spray coating is formed on the surface of the rotating shaft by a high-speed spraying process, there is a problem that a fine amorphous metal powder must be used, which increases the manufacturing cost. The invention has made it possible to provide a torque sensor and its manufacturing method with improved torque detection characteristics and manufacturing cost. The invention has a magnetostrictive part including a metallic glass coating on the surface of a rotating shaft. The metallic glass coating is characterized in that a flame including the metallic powder is jetted to melt the metallic powder, and the metallic glass coating is formed using a cooling method before the flame reaches the surface of the rotating shaft. Thus, a magnetostrictive part is formed easily and quickly. It also exhibits excellent characteristics for torque detection.
Ideal for traceability management in production equipment, various testing machines, and inspection devices! Introducing torque sensors.
At Sanetec, we handle "Torque Sensors" suitable for traceability management in production equipment such as evaluation testing machines for engines and motors, screw tightening machines, assembly machines, and various testing and inspection devices. We have achieved ultra-high precision and miniaturization, enabling detection from micro torque to high capacity torque. We offer the "MTS Series," which is built-in amplifier type and strong against noise environments, and the "CTS Series," which is amplifier-separated and suitable for integration into devices. 【Features (MTS Series)】 - Compact and lightweight - Built-in amplifier type - Non-contact, high reliability, and high responsiveness - Easy alignment of the axis (in-line method) - Output simultaneous with power-on - External zero point reset function *For more details, please refer to the PDF materials or feel free to contact us.
No expertise in robotics is required! Program complex robot movements in just a few minutes.
The "FT 300-S" is a force torque sensor that enables quick and easy integration with plug-and-play functionality. It features full metallic hardware suitable for industrial needs. The programming software for Force Copilot is included. The wear-free sensing technology means no calibration is required, resulting in no production downtime. Additionally, it maintains high resolution with no loss of accuracy over the long term. 【Features】 ■ Quick and easy integration with plug-and-play functionality ■ Full metallic hardware suitable for industrial needs ■ Wear-free sensing technology requires no calibration ■ High resolution with no long-term loss of accuracy ■ Includes programming software for Force Copilot ■ IP65 rated, designed for all applications *For more details, please refer to the PDF document or feel free to contact us via email at v.li@robotiq.com.
