FANUC CNC 数字孪生获2023年度日本精密工学会技术奖
Digital Twin of FANUC CNC Received “Japan Society for Precision Engineering Technology Award 2023"
FANUC CNC 的数字孪生技术获得“2023年度日本精密工学会技术奖”，获奖核心技术是考虑轴动力学的数控装置高速仿真器，用于实现机床高精度数字孪生。该仿真器内置伺服模型，可模拟伺服控制与机械特性，从而构建包含机床运动的精确数字孪生。这显著提升了加工仿真的质量与可靠性，使加工条件的分析与确定更加容易。除提升加工现场生产率外，减少试切还能通过降低资源消耗抑制环境影响。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，表彰其贡献并期待精密器件、生产与加工技术的未来发展。
October 6, 2023
FANUC CORPORATION
Digital Twin of FANUC CNC has received “Japan Society for Precision Engineering Technology Award 2023"
High-Speed Simulator of Numerical Controller Considering Axis Dynamics for Realizing High Precision Digital Twin of Machine Tools
Digital Twin of FANUC CNC
Estimating accurate machining results by simulation
About “Japan Society for Precision Engineering Technology Award”
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 developments related to precision devices, production and processing technology.
Award-winning products and technologies
An accurate digital twin including movements of machine tools can be created by CNC simulator with built-in Servo Model that simulates servo control and mechanical characteristics. This significantly improves the quality and reliability of machining simulations, making it easier to analyze and decide machining conditions. Not only the productivity of machining sites are improved, but also reduction of trial cutting can suppress environmental impact by minimized consumption of resources.
Digital Twin of FANUC CNC来源：FANUC News Release · fanuc.co.jp