ENCY 3.0 highlights robotic laser cutting, CNC automation for automotive manufacturing

Robotic laser cutting, multiaxis machining, and integrated CNC programming were among the technologies highlighted at ENCY World 2026: Korean Edition, held on October 29 at YC College in Seoul, South Korea. The event demonstrated how manufacturers, including automotive component suppliers, can apply advanced software to improve machining flexibility, automate production processes, and simplify robot programming.

One automotive application presented during the conference involved a Tier 1 supplier in Ansan, South Korea, which implemented ENCY Robot to combine punching and cutting operations into a single robotic laser cutting process. The example illustrated how robotic machining software can support more integrated metalworking operations in automotive component production.

South Korea provides a significant market for such technologies. With approximately 1,220 industrial robots per 10,000 manufacturing employees, based on 2024 data cited by the event organizer, the country has the world's highest industrial robot density. Its highly automated manufacturing sector continues to create demand for CNC programming, robotic machining, simulation, and machine tending solutions.

ENCY 3.0 Introduces Advanced Programming Capabilities

During the conference, ENCY Software CEO Andrei Kharatsidi introduced ENCY 3.0 to the Korean market. The latest version incorporates developments in tool assembly management, toolpath calculation, machine visualization, and cloud-based manufacturing programming resources.

Artificial intelligence was also featured through the AI Super Agent beta, with applications including machining cost estimation and the identification of potential problems in NC code.

Another demonstration showed how a PDF engineering drawing could be converted into a 3D model using conversational AI commands. The model was subsequently imported into ENCY for machining preparation, including machine configuration, stock definition, fixture setup, and work coordinate system selection.

Programming operations included face milling, roughing, finishing, and holemaking, illustrating the integration of digital design and CNC machining workflows.

The multiaxis machining presentation covered mill-turn machines, Swiss-type lathes, 3+2 machining, and simultaneous five-axis milling. Additional functions included tool orientation control, C-axis positioning, channel synchronization, and machining simulation.

Connecting Robotic Programming with Shop Floor Operations

The event also demonstrated the integration of ENCY Robot, MachineMaker, and ENCY Hyper in a live collaborative robot application.

MachineMaker was used to configure the robotic cell, while ENCY Robot generated and verified the machining toolpaths. ENCY Hyper enabled on-site adjustments and supported the execution of robot movements.

During the demonstration, a collaborative robot operated alongside a synchronized digital model, allowing attendees to observe the relationship between offline programming, virtual simulation, and physical machining.

ENCY Hyper developer Ilnar Galiullin also discussed connecting robotic systems with vision technologies, sensors, and external devices to support more flexible manufacturing operations.

Korean Manufacturers Share Practical Applications

Two Korean manufacturers presented examples of how CAD/CAM technology addressed different production requirements.

Sun Tech, a manufacturer of rotary joints and prototypes, adopted ENCY Rotary to improve the programming and simulation of complex four-axis machining operations. The company had previously invested in four-axis equipment but faced limitations with its existing CAM software.

Hogreen Air, a developer of hydrogen-powered drone systems and fuel cells, implemented ENCY technology while bringing previously outsourced machining operations in-house. With a newly acquired five-axis machine, the company required software, training, and technical support to establish its internal machining capabilities.

Both examples demonstrated how manufacturing software can help companies make better use of existing machinery or develop new production capabilities.

Supporting Advanced Manufacturing Automation

Organized by YC Corporation, the Korean partner of ENCY Software, the conference brought together manufacturing technology developers, machine users, and automation specialists.

YC Corporation operates its own manufacturing facility in Hwaseong, equipped with milling robots, collaborative robots, and CNC routers. The facility supports machining trials, system testing, and practical validation before customer implementation.

The demonstrations at ENCY World 2026 highlighted the growing integration of CAD/CAM programming, robotic machining, digital simulation, and shop floor control.

For automotive manufacturers and precision component suppliers, these technologies offer opportunities to improve programming efficiency, expand machining capabilities, and support more flexible production processes.