ENCY offers a unified CAD/CAM platform that combines multiaxis milling, NC‑code simulation, and offline robot programming with machine‑aware digital twins for collision detection and kinematic optimization. Integrated post‑processor generation, a cloud‑based library of CNC and robot models, and additive‑manufacturing modules streamline setup, verification, and deployment for manufacturing engineers and robotics specialists.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers and robotics engineers often rely on disparate CAD/CAM tools that lack integrated simulation, digital‑twin awareness, and seamless post‑processor management, leading to time‑consuming toolpath verification and higher risk of collisions or production errors.
Solution
ENCY delivers a unified CAD/CAM suite built on the proprietary ENCY X platform that combines multiaxis milling, NC‑code simulation, and offline robot programming within a single environment. The software generates machine‑aware toolpaths by referencing a digital twin of the CNC machine or robotic cell, enabling accurate collision detection and kinematic optimization. Integrated post‑processor generators and a cloud‑based library of machine models eliminate manual configuration and reduce setup time. Engineers can edit, re‑engineer, and validate NC code directly in the UI, then deploy the verified program to controllers without additional translation steps. An extensible API and collaboration tools support custom workflow automation and multi‑user project sharing, while built‑in additive‑manufacturing modules extend capabilities to hybrid production routes.
Target Audience
Primary customers are manufacturing engineers, CNC programmers, and robotics specialists in aerospace, automotive, energy, and industrial machinery sectors, as well as technical educators delivering advanced CAD/CAM curricula.
Features
- Machine‑aware multiaxis milling (3‑, 5‑axis, mill‑turn, Swiss turning) with direct toolpath editing and real‑time simulation
- Automatic post‑processor generation and access to a curated library of digital twins for over 50 CNC and robot brands
- NC‑code verification suite (collision detection, error highlighting, virtual setup, re‑engineering) with optional direct controller download
- Offline robot programming with kinematic singularity avoidance, zero‑code digital‑twin builder, and support for arbitrary robot configurations
- Integrated additive and hybrid manufacturing workflows, including support for material‑removal and deposition strategies
- Dark‑theme UI with collaborative project sharing, version control, and RESTful API for custom extensions
- MachineMaker application for rapid creation and management of digital twins, enabling “what‑if” analysis across CNC and robotic assets