Anti-Vibration (VibroLock) is a technology that implements vibration suppression using software algorithms. By measuring the unique vibration frequency through a gyro sensor mounted on the robot, a motion profile is generated to counteract the vibration, effectively reducing it. As a result, stable equipment operation, along with enhanced productivity and efficiency, is achieved with high precision.
01. Industrial Robot
01. Industrial Robot
02. Semiconductor & Automation Equipment Industry
02. Semiconductor & Automation Equipment Industry
03. Logistics & Transportation System
03. Logistics & Transportation System
Anti-Vibration (VibroLock) is a technology that implements vibration suppression using software algorithms. By measuring the unique vibration frequency through a gyro sensor mounted on the robot, a motion profile is generated to counteract the vibration, effectively reducing it. As a result, stable equipment operation, along with enhanced productivity and efficiency, is achieved with high precision.
The vibration reduction technology, 'Input Shaping', can reduce vibrations generated in the robot structure by more than 90%. This vibration suppression not only improves accuracy and ensures stable system operation but also significantly helps extend the product's lifespan, as well as enhance efficiency and productivity.
All-in One
Intergrated Software Provision
Without the need for separate program coding or teaching, vibration measurement, tuning, motion profile creation, parameters, and settings can be easily managed. Through intuitive software customization, the AVS system can be operated and maintained with ease.
The vibration reduction technology, 'Input Shaping', can reduce vibrations generated in the robot structure by more than 90%. This vibration suppression not only improves accuracy and ensures stable system operation but also significantly helps extend the product's lifespan, as well as enhance efficiency and productivity.
All-in One
Intergrated Software Provision
Without the need for separate program coding or teaching, vibration measurement,
tuning, motion profile creation,
parameters, and settings can be easily managed. Through intuitive software customization, the AVS system can be operated and maintained with ease.
