The advanced field-sensing technology,
AIDIN ROBOTICS

AIDIN ROBOTICS possesses extensive technical expertise in field sensing,
accumulated over 25 years in the "Robotics Innovatory" within the Department of
Mechanical Engineering at Sungkyunkwan University.

Differentiated force sensing technology

Aidin Robotics integrates capacitance measurement and fringe effect technology into its sensors to create force/torque sensors optimized for robots, providing customers with high precision and reasonable prices.

force sensing mechanism

Equipped with a high-sensitivity sensing mechanism based on capacitance

Impact resistance and stability

Designed to be resistant to external noise, enabling the output of highly reliable data

Temperature compensation algorithm

Equipped with a temperature and humidity compensation algorithm, providing excellent adaptability to external environmental changes

Sensors that offer both technological and price competitiveness

Aiden Robotics has succeeded in localizing sensors that had been dependent on foreign products for a long time through its own research and development, and based on a simple system.
We are applying a system that is easy to mass-produce and easy to install and use on robots without separate equipment.

High sensitivity and precision

Detects minute changes in electrical capacity and detects small forces and torques
Measure precisely

Price competitiveness

Simple structure, only parts can be assembled without manual process
Sensor production is possible, making mass production easy and cost-effective.

All-in-one type

No additional equipment such as separate amplifiers is required.
Easy to integrate into robots

Force/torque sensors optimized for robots

Aidin Robotics, which has accumulated abundant technological capabilities through long-term force sensing research, not only accurately measures force and torque in three-dimensional space, but also
We are achieving customer satisfaction through ultra-small, ultra-lightweight designs that are easy to attach to robots and continuous generational advancements in sensors.