ENCY Robot at CUBECADTECH: 6-axis foam milling on a full-scale car-body buck

ENCY Robot: 6-axis milling on foam, wood and stone
CUBECADTECH — ENCY’s India partner — shared this reel showcasing ENCY Robot on real production footage: a KUKA 6-axis arm carving a full-scale automotive body buck out of EPS foam, with the ENCY simulation UI verifying the toolpath before the arm ever swings.

Why a robot instead of a 5-axis VMC?
For lighter materials — foam, wood, stone — a dedicated CNC machine is often not the most practical choice. ENCY Robot turns everyday 6-axis industrial robots (KUKA, ABB, FANUC, Universal Robots and more) into precision milling systems without requiring the operator to be a robot-programming expert.

What the mill package covers

• Native 6-axis toolpath calculation — no 5-to-6-axis conversions.
• A full strategy range, from high-performance roughing to advanced 5-axis finishing.
• Dedicated mesh finishing with geodesic toolpaths — built for sculptures, statues and architectural work.
• Disc-tool support for fast, high-volume stone roughing.
• Built-in collision detection, singularity avoidance and work-zone limit checks — problems get caught in simulation, not on the shop floor.
• Full robotic-cell digital twin via ENCY Hyper, so the entire cell is validated, not just a single toolpath.

Impact on the shop floor
ENCY highlights projects that used to take 3–5 days of programming now wrapped up in a single day, with material waste cut by up to 25%. From boat hulls and furniture to prototypes, aerospace components and even a 5.5-ton marble statue, robotic milling is opening up work that used to demand dedicated CNC infrastructure — at a fraction of the equipment cost.