新東工業 List of Products and Services

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.*

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.

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.

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.

This is a sensor that can simultaneously measure forces in the vertical, horizontal, and height directions (Fx, Fy, Fz) and the moments that rotate around those directions (Mx, My, Mz) in three-dimensional space. By installing the ZYXer, robots can have 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 ● Small 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.

【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"