Evolution 2.0

Control speed in different areas of the working cycle to achieve varying removal depths within the same operation. Enables more precise and efficient concrete removal.

Gradually adjust speed across the working area to create complex shapes and varying depths. Ideal for uneven surfaces and advanced applications.

Program and cut predefined shapes such as circles, triangles, squares, and custom geometries. Can be entered directly or taught by the robot.

Define exact working boundaries for the lance, ensuring controlled operating width and consistent results across the entire surface.

Combine programmable shapes with advanced depth control to create complex geometries in a single operation. By integrating 3D zones with shapes, the system can cut forms with varying depths, angles, or inclinations—enabling precise removal in demanding or irregular structures.

Automatically optimizes lance movement, oscillation patterns, and turning behavior for smooth operation, improved surface quality, and reduced wear on components.

Run multiple passes with different settings—such as speed, angle, or depth—within the same operation cycle for optimized removal and surface finish.

Adjust oscillation pattern, speed, and stroke length to balance removal rate and surface quality. Multiple patterns can be combined in one operation.

Set precise step movement of the robot (tracks or hoist) between passes, ensuring consistent coverage and accurate progression across the surface.

Independently adjust speeds for different passes and zones to optimize productivity and achieve the desired surface finish.

Switch between basic and advanced modes, configure sensors, tools, and setups to match different applications and equipment.

Store complete job setups and reload them for future projects, ensuring repeatability and faster machine setup.

Monitor productivity, capacity, operating width, and working time directly in the system for better planning and optimization.