Discover how to simplify complex programming for cutting and welding robots
Manual robot programming is time-consuming and can slow down production. Offline robot programming and automation make it easier for manufacturers to overcome key industrial challenges such as labor shortages or rising operational costs.
Building on its CAD/CAM and cutting knowledge for 45 years, Alma has developed an OLP robotic solution dedicated to manufacturers and robotic cell integrators, to simplify their day-to-day work.
Almacam Robotics is a CAM and OLP software designed to program industrial robots used for cutting and welding. The solution enables subcontractors and manufacturers to prepare and optimize robot programs directly from CAD models using offline programming.
Designed to support robotic cutting programming across multiple technologies, such as laser, plasma, or oxycutting, Almacam generates optimized and free-collision robot trajectories for any kind of 3D parts.
Applicable to robot welding programming, Almacam automates weld path generation, as well as robot and torch configuration, starting from CAD assembly models.
Frequently Asked Questions about OLP
What is Offline Robot Programming (OLP)?
Offline Robot Programming (OLP) is a way to program robotic systems without interrupting production. Instead of programming robots manually on the shop floor, OLP uses advanced software to create and optimize robot programs in a virtual environment. This approach is faster, more efficient, and eliminates downtime.
How does an Offline programming (OLP) software work?
Offline programming software provides a digital twin of your robotic cell, including its environment and kinematics. Using 3D simulation, the software allows you to test and adjust robot paths, torch angles, and movements. Once finalized, the program (G-code) is transferred to the robot, ready to be executed with precision.
When should you use offline robot programming software?
Offline robot programming (OLP) software is especially useful for repetitive cutting or welding processes, where it helps save time and standardize programs. It is also well suited for complex assemblies, making it easier to manage robot paths and access constraints. Finally, it is relevant for small batch production, allowing fast programming without stopping the robots. Almacam Robotics has been specifically designed to meet these needs.