Robotics
Offline programming and simulation for robotic cutting applications.
Almacam Robotics Cutting is a dedicated offline programming solution for industrial cutting robots. The software generates optimized robot toolpaths directly from 3D CAD models, allowing manufacturers to program complex cutting operations without interrupting production.
Engineers can simulate complete robotic cells, validate cutting paths, detect collisions, and optimize robot movements before deployment. The solution supports laser cutting, plasma cutting, waterjet cutting, trimming, bevel cutting, and 3D profile cutting applications.
With realistic simulation, automatic path generation, and robot-specific post processors, manufacturers can reduce setup time, improve cutting quality, and maximize robot productivity while eliminating costly shop-floor trial and error.
Key features
Generate optimized robotic cutting paths directly from 3D CAD models. Automatically create tool trajectories for trimming, contour cutting, bevel cutting, and complex profile processing while reducing manual programming effort.
Simulate the complete robotic cell including robots, fixtures, positioners, tooling, and workpieces. Detect collisions, verify reachability, and validate cutting operations before deployment to eliminate costly shop-floor errors.
Program industrial robots, rotary positioners, and external axes from a single environment. Optimize robot movements, improve accessibility, and generate controller-ready code for leading robot brands.
Benefits
Use cases
Automatically generate robotic trimming paths for formed sheet metal, composite, plastic, and molded components. Import CAD models, simulate the cutting process, and produce accurate trim paths while ensuring collision-free robot movement and consistent part quality.
Program robotic cutting operations for oversized components and complex 3D geometries that exceed traditional machine-tool limitations. Ideal for structural fabrication, automotive components, aerospace parts, and heavy engineering applications requiring extended reach and multi-axis motion.
Generate accurate bevel and edge-preparation cuts for welding applications. Optimize torch orientation and cutting angles while maintaining quality and reducing manual programming effort.
FAQ
Common questions
AlmaCAM Robotics Cutting is an offline robot programming (OLP) software that enables manufacturers to create, simulate, validate, and optimize robotic cutting programs directly from 3D CAD models before deployment to production.
The software supports robotic laser cutting, plasma cutting, waterjet cutting, trimming, contour cutting, bevel cutting, and complex 3D profile cutting applications.
DXF, DWG, IGES, STEP, and native CAD Softwares like SolidWorks, CATIA, UG-NX, Creo, SolidEdge, Inventor etc..
Industries
Insights
Voices
““Since implementing Almacam Cut, our programming time has been reduced dramatically and material utilization has improved significantly. The automatic nesting and optimized cutting strategies have helped us lower production costs while increasing overall efficiency.””
John Doe
GM-Sheet metal · XYZ
“Thick-plate programming used to take a full day. Now it's an hour. The plasma post-processor is rock solid.”
James O'Brien
CEO · Northern Ironworks
“We respond to RFQs same-day now. Our largest OEM customer named us a preferred supplier last quarter.”
Priya Iyer
Plant Director · Tier1 Auto
We'll bring your machines, your parts, and your real numbers — and show you the difference.
