en.Wedoany.com Reported - Software developer ENCY Software unveiled the next-generation ENCY 3.0 at the ENCY World Conference 2026, featuring updates including CAM automation, AI-assisted workflows, advanced CNC machining, and industrial robot programming. ENCY 3.0 was presented by CEO Andrei Kharatsidi at the conference held in Limassol, Cyprus.
CAM automation is one of the key focuses of ENCY 3.0. The new macro engine allows users to record and reuse operations within the software, automate typical tasks, define editable parameters, and build more advanced automated workflows through manual, script-based, or AI coding tools. AI-assisted CAM features include cost estimation, project troubleshooting, guided learning, feature recognition, and programming setup assistance, helping users identify and resolve errors more quickly, understand error causes, receive guidance directly within the workflow, and reduce repetitive manual steps.
In CNC programming, ENCY 3.0 introduces a new tool assembly system for constructing realistic tool assemblies with components such as holders, adapters, and cutting inserts, enabling more realistic simulations and more reliable collision checking. 3D surface machining is a new universal operation for three-axis finishing, integrating planar, flowline, scallop, and combined finishing strategies into a single workflow to machine steep and shallow areas with fewer transitions, cleaner tool paths, and fewer manual corrections. The Auto Check Hold function automatically tilts the tool to avoid holder collisions. The Feeds and Speeds function calculates cutting conditions based on the tool, material, and machining method, allowing programmers to work with built-in cutting data instead of starting from manual lookup or guesswork, and to build their own shop libraries over time.
ENCY 3.0 also expands support for high-end manufacturing tasks. Blade machining supports five-axis work on blades, impellers, and blisks, while flank milling provides five-axis finishing for side and complex walls. Additive and hybrid manufacturing workflows support planar, non-planar, and radial slicing for generating deposition paths for complex parts such as rings, sleeves, housings, blades, and helical surfaces. For sheet cutting, the nesting function combines AI contour recognition with traditional placement algorithms to prepare layouts faster and use materials more efficiently.
In robot programming, ENCY Robot 3.0's SmartMotion and Auto Axis Map technologies help compute the motion of robots, linear axes, rotary axes, and moving workpieces as a connected system, reducing manual motion setup, lowering the risk of collisions and singularities, and providing a faster path from model to working robot trajectory. ENCY 3.0 also expands laser cutting capabilities for CNC machine tools and industrial robots, covering features such as automatic recognition of typical cutting features, interactive editing of geometry and tool vectors, support generation, and easier tool path preparation.
ENCY 3.0 continues the broader ENCY X ecosystem, connecting CNC programming, robot programming, shop-floor verification, cloud collaboration, and AI-assisted workflows into a more interconnected environment. ENCY Tuner continues to evolve as a shop-floor tool for NC code simulation and editing, including multi-channel simulation. ENCY Clouds supports faster collaboration, technical support, project sharing, web-based tool path preview, and mobile access.
