ENCY World 2026 首尔站展示 ENCY 3.0 数控编程与机器人制造
ENCY World 2026 in Seoul Showcases CNC Programming and Robotic Manufacturing with ENCY 3.0
ENCY World 2026 韩国站于 10 月 29 日在首尔 YC College 举办，活动上正式在韩国发布 ENCY 3.0，并现场演示离线编程与实体机器人操作的联动。ENCY Software CEO Andrei Kharatsidi 介绍了 ENCY 3.0 在刀具装配管理、刀路计算、机床可视化和云端制造资源方面的进展，同时展示了 AI Super Agent 测试版在加工成本估算和 NC 代码问题识别上的应用。演示环节中，一份 PDF 工程图纸通过对话式 AI 指令转换为 3D 模型，再导入 ENCY 完成加工准备与编程；会议还覆盖多轴加工，包括车铣复合设备、Swiss 型车床、3+2 加工和五轴联动铣削。ENCY Hyper 开发者 Ilnar Galiullin 演示了实体机器人与视觉系统、传感器及外部设备的集成，一台协作机器人现场跑通从 MachineMaker 配置单元、在 Robot 中生成并校验刀路，到通过 ENCY Hyper 现场调整后执行加工循环的完整流程。韩国合作伙伴 YC Corporation 介绍了其 CAD/CAM 实施、机器人系统、软件开发、培训与技术支持能力，并在华城工厂用铣削机器人、协作机器人和数控雕刻机测试加工方案。
ENCY World 2026: Korean Edition brought together manufacturers, technology specialists and industry partners in Seoul on October 29 to demonstrate the role of integrated software in CNC programming, robotic machining and automated manufacturing. Hosted at YC College, the event featured the Korean launch of ENCY 3.0 and live demonstrations connecting offline programming with physical robot operations.
South Korea, with 1,220 industrial robots per 10,000 manufacturing employees according to 2024 data, is among the world’s leading markets for industrial automation. The event highlighted how ENCY’s software portfolio connects CNC machining, robotic programming, simulation and machine control to address the requirements of modern manufacturing facilities.
YC Corporation, ENCY’s Korean partner, opened the conference with an overview of its CAD/CAM implementation, robotic systems, software development, training and technical support capabilities. The company also operates a manufacturing facility in Hwaseong, where milling robots, collaborative robots and CNC routers are used to test machining solutions and production processes before deployment at customer sites.
ENCY Software CEO Andrei Kharatsidi introduced ENCY 3.0, presenting developments in tool assembly management, toolpath calculation, machine visualisation and cloud-based manufacturing resources. The presentation also covered the beta version of the AI Super Agent, including applications for machining cost estimation and identifying potential issues in NC code.
Demonstrations showed how a PDF engineering drawing could be converted into a 3D model using conversational AI commands before being imported into ENCY for machining preparation and programming. Sessions also covered multiaxis machining, including mill-turn equipment, Swiss-type lathes, 3+2 machining and simultaneous five-axis milling.
Robotic manufacturing was a key focus. ENCY Hyper developer Ilnar Galiullin demonstrated how physical robots can be operated and integrated with vision systems, sensors and external devices. A live collaborative robot demonstration showed the complete workflow: configuring a cell in MachineMaker, generating and verifying toolpaths in Robot, and making on-site adjustments through ENCY Hyper before executing the machining cycle.
The conference also presented customer applications from South Korea. Automotive supplier Sun Tech adopted ENCY Rotary to improve four-axis programming and simulation for its existing equipment. Hogreen Air, a developer of hydrogen drone power packs and fuel cells, selected ENCY Korea’s software, training and technical support to build in-house machining capabilities using a new five-axis machine. Another case study highlighted an automotive Tier-1 supplier in Ansan that used ENCY Robot to combine punching and cutting into a robotic laser-cutting process.
ENCY concluded with recognition of Korean partners and discussions with manufacturers about their production requirements. Organised by YC Corporation, ENCY World 2026 demonstrated how integrated programming, simulation and robot-control solutions can support manufacturers in improving flexibility and expanding automation capabilities.
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来源：Machine Maker · 机床与制造装备 · themachinemaker.com