Wedge gauge type 6-axis force sensor *Industry-leading high resolution!
The key to automating high-capacity tasks! Sensors that can be attached to robots to give them a sense of force.
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.
basic information
*Standard Model SFS0092* ●Size: φ80 × H22 ●Rated Capacity FxFy: ± 500N Fz: ± 500N MxMy: ± 20Nm Mz: ± 20Nm ●Allowable Overload: ± 200% R.C. ●Non-linearity: ± 1.0% R.O. ●Cross-axis Interference: ± 2.0% R.O. ●Hysteresis: ± 0.2% R.O. ●Temperature Characteristics: ± 0.2% R.O./℃ ●Operating Temperature Range: ± 0.2% R.O./℃ ●Resolution: ± 1/4,000 (DC) ●Output Frequency: 1.2kHz ●Interface: RS-422 (Ethernet, USB2.0, D/A compatible) ●Power Supply: DC5V ± 5% (DC24V/DC5V compatible) ●Current Consumption: 120mA Typ ●Weight: Approximately 280g (without table) ●Body Material: Aluminum Alloy ●Stiffness: F: Below 20um M: Below 40um ●Transducer: Built-in
Price range
P3
Delivery Time
OTHER
Delivery times may vary depending on quantity and options, so please feel free to contact us.
Model number/Brand name
Distorted Gauge Type 6-Axis Force Sensor ZYXer
Applications/Examples of results
【Collaborative Robots】 ~ Cost reduction, quality stability, production line stability ~ ⇒ Fitting, screw tightening, picking, weight center measurement, etc. 【Industrial Robots】 ~ Quality stability, production line stability, continuous operation, tool failure detection ~ ⇒ Grinding of components, surface leveling of components, deburring operations, etc. 【Medical Robots】 ~ Improved safety, enhanced work level, reduced fatigue ~ ⇒ Drug weighing, walking assistance, etc. 【Service Robots】 ~ Labor saving, efficiency improvement ~ ⇒ Fluid handling robots, power assist, etc.
