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Force Sensor Product List and Ranking from 11 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

Force Sensor Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

  1. 新東工業 Aichi//Industrial Machinery
  2. ワコーテック Toyama//Industrial Electrical Equipment
  3. エプソン販売 本社 Tokyo//robot
  4. 4 穂高電子 Kanagawa//Testing, Analysis and Measurement
  5. 5 サンエテック Osaka//Industrial Electrical Equipment
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Force Sensor Product ranking

Last Updated： Aggregation Period:Oct 22, 2025～Nov 18, 2025
This ranking is based on the number of page views on our site.

  1. Force sensors that dramatically improve collaborative robot work! 新東工業
  2. Reproducing the force control of skilled workers with force sensors for industrial robots! Advanced automation. 新東工業
  3. Force sensor "S250 series" エプソン販売 本社
  4. Collaborative Robot Force Sensor 'WKF-C-6A200-15-QFD' ワコーテック
  5. Compact force sensor capable of measuring in 3 axes (Fx, Fy, Fz) 穂高電子

Force Sensor Product List

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Achieving the "handwork" of skilled workers with industrial robots! Force sensor 'ZYXer'

Achieving the "handwork" of skilled workers with industrial robots! Force sensor 'ZYXer'

Are you struggling with defective products due to scratches on the workpiece or gripping errors during handling? Achieve advanced tasks that cannot be realized with just teaching.

Do you have any concerns with the industrial robot you are currently using? - "Fine adjustments are difficult." - "Workpiece damage is hard to reduce." - "I feel limited with just teaching movements." Shinto Kogyo's 6-axis force sensor, 'ZYXer', is a sensor that simultaneously detects the load (F) in three axes (XYZ) and the moment (M) around each axis. With this technology, it becomes possible to apply "slight force adjustments" to the workpiece, which was previously difficult to achieve with robots, allowing the robot to move as if it were operated by a skilled hand. It supports not only high-speed arm robots from your current robot but also service robots for plating and medical robots. It achieves delicate robotic movements that were impossible with existing force sensors. **Features** - High rated moment that does not lag behind arm speed - Small temperature drift and short warm-up time - Excellent non-linearity and cross-axis interference, with high reproducibility - We propose appropriate housing materials and configurations according to customer applications *For more details, please download the PDF or feel free to contact us.*

  • ZYXer(2).jpg
  • Articulated Robot

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Reproducing the force control of skilled workers with force sensors for industrial robots! Advanced automation.

Reproducing the force control of skilled workers with force sensors for industrial robots! Advanced automation.

Achieving the "force adjustment" of skilled practitioners with robots! Accurately sensing slight loads with a 6-axis force sensor. Moving towards advanced automation that goes beyond teaching.

The 6-axis force sensor 'ZYXer' from Shindoh Industries is a sensor that simultaneously detects the load (F) in three axes (XYZ) and the moments (M) around each axis. This technology enables the realization of what has been difficult for robots until now: - "Reproducing the force adjustment of skilled workers" - "Fine-tuning in picking and screw tightening" - "Detecting slight loads and reducing variations in processing accuracy" Not only does it make the above possible, but it also enables fine adjustments in service robots for plating and medical robots. It is compatible with both the robots you currently use and high-speed arm robots. 'ZYXer' creates a new standard for "high-capacity work automation" across various industries and supports the establishment of a new production system that coexists with robots. 【Features】 - High rated moment that does not succumb to arm speed - Low temperature drift and short warm-up time - Excellent non-linearity and cross-axis interference, with high reproducibility - A wide lineup with rated capacities from 50 to 10,000 N - We propose appropriate housing materials and configurations according to customer applications *For more details, please download the PDF or feel free to contact us.

  • ZYXer(2).jpg
  • Articulated Robot

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Exhibiting sensing technology using a 6-axis force sensor at "FOOD Expo 2024".

Exhibiting sensing technology using a 6-axis force sensor at "FOOD Expo 2024".

【First Reveal of New Product】Proposing solutions for labor-saving and space-saving with the 6-axis force sensor "ZYXerⓇ" at the "FOOD Expo 2024".

【Exhibited Products】 We will demonstrate solutions for the food industry that contribute to automation in manufacturing and the inheritance of skilled techniques using the force sensor "ZYXerⓇ". 6-axis force sensor ZYXerⓇ… This sensor detects force and moment (the force that tries to rotate an object), acquiring data on forces in the X, Y, and Z axis directions (3 axes) and moments on each axis (3 axes), totaling 6 axes of data. 【Exhibition Content】 "Dynamic Weight Measurement System by ZYXerⓇ" ▸ By attaching it to a robot, it enables high-precision weight measurement during gripping operations. "Force Sensor Utilization Demo for Food Processing" ▸ Utilizing robotic food processing operations, we will introduce force control for two types of ingredients with different hardness. "Skilled Technique Dataization Demo" ▸ We will dataize skilled tasks in the manufacturing process, contributing to the inheritance of techniques. 【Exhibitor Presentation Seminar!】 Date: October 10, 2024 (Thursday) 12:00 PM - 12:45 PM Location: Seminar Room 3 (Tokyo Big Sight, East Hall 5, back) Content: "Transforming Food Factories with Force Sensors: Automation and Inheritance of Skilled Techniques"

  • FOOD展バナー.png
  • img_light-架台無2-反転2.jpg
  • ZYXer(4).png
  • ZYXer(2).jpg
  • 食品加工イメージ.jpg
  • Articulated Robot

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Wako Tech Co., Ltd. Company Profile

Wako Tech Co., Ltd. Company Profile

"Force" is a fundamental physical quantity! We have achieved low cost, high reliability, and high performance through the capacitive method, solving the issues present in conventional products.

Since our establishment in 2007, our mission has been to "contribute to society through the development of new products." We have successfully commercialized a low-cost, highly reliable force sensor (Dyn PickTM) to meet market expectations, and we have developed many force sensors to accommodate diverse applications. Despite being a fundamental quantity among physical quantities, force sensors are currently not as widely adopted in the market compared to other sensors such as optical sensors and temperature/humidity sensors. Our force sensors are primarily based on capacitive technology, and their simple structure has resolved traditional issues. Moving forward, we will strive to ensure that force sensors become widespread in society and develop as familiar products. 【Business Description】 ■ Manufacturing and sales of force sensors *For more details, please refer to the PDF document or feel free to contact us.

  • connector
  • Sensors
  • Sensors

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Sunetec Co., Ltd. General Catalog

Sunetec Co., Ltd. General Catalog

A wide variety of sensors for various applications are featured.

This catalog is a comprehensive catalog of Sunetec Co., Ltd., which develops, manufactures, and sells force sensors, torque sensors, magnetic sensors, and magnetic heads. It features a variety of sensors for various applications, including the high-sensitivity strain gauge-based force sensor "SFT Series," magnetic-type "torque sensors," magnetic-type "space sensors, rotation sensors," and "through-type counting sensors." [Contents] ■ Force Sensors ■ Torque Sensors ■ Space Sensors ■ Rotation Sensors ■ Through-Type Counting Sensors ■ Metal Sensors ■ Magnetic Heads *For more details, please refer to the catalog or feel free to contact us.

  • Sensors

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6-axis force sensor with hollow structure model <Cables can be routed inside the sensor>

6-axis force sensor with hollow structure model <Cables can be routed inside the sensor>

Compact hollow structure model with a large diameter of 30mm.

We offer a compact "6-axis force sensor with built-in amplifier and hollow structure model." The sensing section employs a beam structure and semiconductor strain gauges. It can simultaneously detect three axes of load (Fx, Fy, Fz) and three axes of moment (Mx, My, Mz). In the hollow structure model, we have two products available: 200N and 500N. It is possible to pass cables for hand tools and other equipment through the hollow part of the sensor, making it ideal for combination with industrial robots and collaborative robots that have a hollow structure. 【Features】 ■ Large diameter 30mm hollow structure ■ Two products available: 200N and 500N ■ Compatible with RS-422 and USB communication methods ■ Sensor cable can be drawn from the hollow section (SFT200IC, SFT500IC) ■ Lightweight aluminum body with high rigidity and a permissible overload of 500% ■ High response rate of 1kHz with built-in low-pass filter function *For more details, please download the PDF or feel free to contact us.

  • Sensors

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[Case Study of Ultra-Thin Haptic Film] Grasping Force Detection Function of Robot Hands

[Case Study of Ultra-Thin Haptic Film] Grasping Force Detection Function of Robot Hands

Meeting various input device needs! Introducing examples of adoption for tactile sensors for robots and more.

We would like to introduce a case where the "ultra-thin tactile film" handled by Ougya Co., Ltd. has been adopted for the "grip force detection function of robotic hands" through photographs. This product features an ultra-thin capacitive force sensor head with a wide operating temperature range of -40 to 85°C. To ensure smooth integration into your desired products, we provide comprehensive support from mechanical design to software development. [Other Examples] - Addition of load detection function to FPD - Application of analog joypads - Tactile mechanisms for robots and welfare equipment - Mobile devices - Remote controllers, etc. *For more details, please refer to the PDF materials or feel free to contact us.

  • Sensors
  • Other measurement, recording and measuring instruments

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Force sensor "USL06-H5"

Force sensor "USL06-H5"

Force sensors (load cells) suitable for sports equipment, welfare devices, and robot development!

The "USL06-H5" is a force sensor (load cell) that adopts a strain gauge type, classified as one of the smallest in the world. It is capable of detecting shear forces and three vertical force components (X, Y, Z) that occur on the contact surface, allowing for an understanding of the acting forces and directions in three-dimensional space. Additionally, our company handles all aspects of design, development, and manufacturing in-house, and we can also offer proposals for different rated capacities and sizes beyond those listed, including single-axis and dual-axis (shear) options. 【Features】 ■ Compact: Small size of 20mm square and 5mm thick (USL06 series) ■ Manufacturing: Each sensor is assembled and calibrated individually ■ Calibration Device: Calibration is performed using a dedicated calibration device. By conducting actual load calibration, we achieve high-precision products. *For more details, please download the PDF or feel free to contact us.

  • Sensors
  • Sensors

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Collaborative Robot Implementation Case | Reducing Injury Rates and Improving Productivity

Collaborative Robot Implementation Case | Reducing Injury Rates and Improving Productivity

Automating the glass polishing process! The operator can grasp and operate the device.

At the Saint-Gobain factory in Châteauroux, France, high-value tasks are performed by hand on finished products. In the shift towards Industry 4.0, which aims to free employees from repetitive tasks, the company wanted to automate the labor-intensive process of glass polishing. 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 reproduces the operator's movements. Operators can avoid the common risk of musculoskeletal disorders and pain, allowing them to focus on value-added glass preparation tasks. [Overview] ■ Product 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.

  • Sensors

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Collaborative Robot Implementation Case | Improvement of Quality Inspection Capabilities

Collaborative Robot Implementation Case | Improvement of Quality Inspection Capabilities

Achieve ROI within one year! Halt the hiring of night shift employees, which is costly and difficult to secure.

Deal Aerospace has decided to introduce a Universal Robots UR10 robotic arm equipped with two Robotiq 2F-85 general-purpose grippers and an FT 300 force torque sensor to automate the final approval tests of computers. The task assigned to this robot was to accurately insert the vulnerable computer chassis into the inspection hardware to double-check all electrical interfaces, inputs and outputs, and sensors. With a reliable and highly adaptable solution, they achieved ROI (Return on Investment) within a year. [Products Used] ■ FT 300-S Force Torque Sensor ■ 2F-85 / 2F-140 Adaptive Grippers ■ Force Copilot *For more details, please refer to the PDF document or feel free to contact us via email at v.li@robotiq.com.

  • Transport and handling robots

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Automating advanced skill movements by mimicking the delicate touch of artisans.

Automating advanced skill movements by mimicking the delicate touch of artisans.

Keywords: Robot, force sensor, force control, machine learning, automation

There is still a significant gap between tasks that require skilled craftsmanship and those that can be automated with robots. In our laboratory, we are advancing efforts to measure the delicate force adjustments involved in skilled movements in order to investigate the mechanisms by which artisans perform dexterous tasks. If the motion analysis technology of skilled craftsmanship and machine learning for reproducing it are integrated, it could fundamentally reduce the teaching costs for polishing and assembly, potentially expanding the range of automation technology to accommodate small-batch, high-variety production. As key technologies, we are developing: (1) HDR 6-axis force sensors that can measure weights from 0.5g to 100kg, (2) signal processing technology to estimate the force adjustments of tools, (3) technology to autonomously generate command data that should be reproduced in skilled movements from a database of position and force motion data.

  • others

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Force sensors that dramatically improve collaborative robot work!

Force sensors that dramatically improve collaborative robot work!

Quantifying the skills of experts! Solving the labor shortage through automation!

This is a sensor that can simultaneously measure forces in the vertical, horizontal, and height directions (Fx, Fy, Fz) and the torques (Mx, My, Mz) that rotate around those directions. By installing the ZYXer, robots can gain a sense of force. It enables delicate robotic movements that were impossible with existing force sensors. ● High rated moment that does not lag behind the speed of the arm ● Low temperature drift and short warm-up time ● Excellent non-linearity and cross-axis interference, with high reproducibility ● Low noise in output signals, eliminating the need for noise filter settings ● A wide range of rated capacities from 50 to 10,000 N ● High-end models with a minimum detectable load of 0.005 N for high precision ● We propose suitable housing materials and configurations according to customer applications.

  • ZYXer(2).jpg
  • Articulated Robot

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Automating deburring operations with force sensors!

Automating deburring operations with force sensors!

Detectable tiny forces! The key to automation!

This is a sensor that can simultaneously measure forces in the vertical, horizontal, and height directions (Fx, Fy, Fz) and the moments of rotation around those directions (Mx, My, Mz). By installing the ZYXer, robots can gain a sense of force. It enables delicate robotic movements that were impossible with existing force sensors. ● High rated moment that does not lose to the speed of the arm ● Low temperature drift and short warm-up time ● Excellent non-linearity and cross-axis interference, with high reproducibility ● Low noise in output signals, eliminating the need for noise filter settings ● A wide lineup with rated capacities from 50 to 10,000 N ● High-end models with a minimum detectable load of 0.005 N for high precision ● We propose suitable housing materials and configurations according to customer applications.

  • ZYXer(2).jpg
  • Articulated Robot

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BL ThinNANO Sensor (Thin 6-Axis Force Sensor)

BL ThinNANO Sensor (Thin 6-Axis Force Sensor)

The BL force-torque sensor measures 3 components of force and 3 components of torque, for a total of 6 components. It uses semiconductor strain gauges, enabling high-precision measurements!

BL Thin NANO Sensor (thin 6-axis force sensing sensor) is a compact and slim transducer that outputs strain gauge signals as analog (6ch) information for three components of force (Fx, Fy, Fz) and three components of torque (Tx, Ty, Tz).

  • Other industrial robots
  • Circular Connectors
  • Wind Speed/Volume Meter

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BL MINI Sensor (Compact 6-Axis Force Sensor)

BL MINI Sensor (Compact 6-Axis Force Sensor)

The BL force torque sensor measures 3 components of force and 3 components of torque, for a total of 6 components. Using semiconductor strain gauges, it enables high-precision measurements!

It is a compact and thin converter (dimensions 40mm × thickness 20mm) that outputs strain gauge signals as analog (6 channels) information for three components of force (Fx, Fy, Fz) and three components of torque (Tx, Ty, Tz). High-precision measurement is possible.

  • Other industrial robots
  • Circular Connectors
  • Wind Speed/Volume Meter

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