Pick and place is likely the most widespread application in robotics currently. SprutCAM X Robot offers precise control and collision avoidance for accurate and safe object handling using industrial robots and cobots.

• Easy definition of trajectory nodal points: Start point, Pick point, Move point (relative to Pick point), Move point (relative to Place point), Place point, End point
• Automatic collision avoidance
• Full operation simulation
• Managing Multi-Robot Workstations
• Combination with machining and assembly operations in one project
• Programming machine tending tasks

Industrial robot machining is employed in the manufacturing of decorations, sculptures, boats, furniture, aerospace parts, musical instruments; widely used in automotive industry, prototyping and R&D. With SprutCAM X Robot, you can easily solve complex and creative production tasks such as milling sculptures and stone, grinding and polishing, de-burring, and much more.

• Wide range of proprietary machining strategies and options for milling, grinding, polishing, deburring, etc.
• Dedicated Mesh Finishing Toolpaths for milling sculptures and art objects based on STL format files
• Collision avoidance and robot kinematics control
  State-of-the-art simulation
• Third-party code import into the project
• Managing Multi-Robot Workstations
• Multiple external axes support
• Part-to-tool & Tool-to-part modes

SprutCAM X supports disk tools for sawing and machining materials such as wood, stone, etc.

Prepare a stone body by applying cuts with a disk tool in the area where material needs to be removed and then manually remove the thinned layers of material by spalling, followed usually by finishing operation with the appropriate tool.

Sawing sheet materials, machining flat furniture facades, plates.

Sawing both flat and volumetric parts. As a job assignment in this operation, both plane and spatial curves and edges of faces can be indicated.

Robot work cells provide adaptable and economical options for intricate 2D and 3D cutting tasks. SprutCAM X Robot streamlines the setup for multiple cutting methods, such as milling, laser, plasma, water-jet, gas, hot-wire, ultrasonic, and knife.

• Wide range of proprietary machining strategies and options for cutting and trimming
• Intelligent 6-axis tool path control
• Tool orientations can be managed automatically to optimize the program for minimal wrist rotation and maximize robot reach
• Special operating parameters for specific cutting technology
• Support knife, circular saw, hot wire

• Wide range of proprietary machining strategies and options for cutting and trimming
• Intelligent 6-axis tool path control

Industrial robots in additive manufacturing play a pivotal role, not only in creating complex aerospace components but also in revolutionizing the construction industry through 3D printing of houses. Their ability to handle a variety of materials, from metals for intricate designs to concrete for building, demonstrates remarkable versatility.

• Powerful set of additive operations: Area cladding, Curve cladding, Cladding 3D, Cladding 5D
• Wide range of strategies and patterns
• Support for various additive manufacturing technologies: Direct Energy Deposition (DED), Laser cladding, Material extrusion
• Side-by-side additive and full-spectrum subtractive programming
• Full simulation of both additive and subtractive operations
• Ability to import data from an external slicer
• A member of Meltio Engine Software Partners ecosystem

Robotic welding with SprutCAM X Robot boosts workshop efficiency and weld quality, countering the global welder shortage. It automates welding path and setting selection, enhancing productivity and consistency across various production sizes and complexities.

• Calculating Toolpaths of Varied Complexity
• Automated Torch Alignment and Collision Detection
• Multipass, stitch, tack, point welding
• Onscreen Toolpath Editing
• Customizable seam sorting for thermal expansion control
• Tailored Technological Parameters
• Welding simulation with welding light imitation
• Seam Detection Using Touch Sensing
• Collision avoidance and robot kinematics control
• Managing Multi-Robot Workstations
• Multiple external axes support

Increasingly, robots are being utilized for intricate spraying tasks, thanks to their inherent precision and consistent performance. SprutCAM X Robot facilitates the programming and simulation of spray coverage, utilizing specific spray parameters to automate the creation of optimized paths. This ensures accurate and even coverage across all surfaces, streamlining the process with minimal manual effort.

• Powerful set of spraying operations: Contour, Surface, Morph, Rotary
• Flexible tool orientation control: normal to surface, flank, fixed, to rotary axis, through point, through curve
• Simulate and analyze spray deposition thickness
• Visibly show part coverage including overspray and under spray
• Spray tools supported: Full cone, Hollow cone, Elliptic flat fan, Elliptic linear fan, Rectangular flat fan