发那科 AI 热位移补偿系统获日本精密工学会 2024 技术奖
AI Thermal Displacement Compensation Received “Japan Society for Precision Engineering Technology Award 2024"
发那科宣布其 AI 热位移补偿系统获得日本精密工学会 2024 技术奖。该系统基于机器学习，利用多个温度传感器的数据预测并补偿因温度变化引起的机床位移，从而在温度变化较大的情况下仍能准确补偿加工点定位。发那科表示，该系统可缩短暖机时间、放宽工厂温度管理要求并降低功耗，有助于减少环境负荷。日本精密工学会技术奖面向在精密工程领域取得创新成果的企业研究人员和工程师。
September 27, 2024
FANUC CORPORATION
AI thermal displacement compensation has received “Japan Society for Precision Engineering Technology Award 2024"
An energy-saving thermal displacement compensation system responding to short-term temperature changes based on machine learning of data on machine tool displacement caused by temperature changes
Overview of Thermal Displacement Compensation System
Award-winning products and technologies
We developed a thermal displacement compensation system that accurately compensates machining point positioning despite significant temperature changes. Using machine learning, it predicts and compensates machine tool displacement based on data from multiple temperature sensors. This system shortens warm-up time, relaxes factory temperature control, and reduces power consumption, contributing to lower environmental impact.
*Japan Society for Precision Engineering Technology Award is presented to researchers and engineers from companies who have made innovative achievements in the field of precision engineering, to honor their dedication and efforts, along with expectations for future.
Examples of Effects with Various Machine Tools
Example of the Effect of Reducing Warm-Up
来源：FANUC News Release · fanuc.co.jp