Ideal for a multitude of
industrial robot applications
OCTOPUZ overcomes the limitations of traditional robot arm programming by automating the process and simulating robot arm movements offline. This allows users to program robot arm actions without disrupting production, as the robot arm can continue to operate normally.
Welding
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Intuitive operation for quick welding path generation
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Supports touch sensing, multi-layer welding, spot welding, weld bead tracking, weaving, and other functions
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Automatic safety system (collision avoidance, welding gun cornering)
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Highly coordinated automatic external axis control, capable of calculating three external axes simultaneously
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External rotation axis automatically calculated to maintain welding rod verticality, horizontality, and tilt
Cutting
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Automatically chain edges for toolpath creation
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Compensate tool width, control tool axis tilt and bevel angle
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Automatic error detection and avoidance
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CAM integration and NC code import
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Can be used in waterjet cutting, trimming, deburring, laser cutting, plasma
Additive
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Simulate added material
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CAM integration and Slicer g-code import
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Multi-directional additive manufacturing improves the freedom of use of 3D printing
Machining
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Simulate the entire process including tool changes
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Integrate roughing and finishing operations
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Utilize external rotary interposition
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CAM integration and NC code import
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Can be applied to 2D processing, 3D multi-surface processing, and tool coordinate center changes
Path Analysis
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Import taught points or existing motion paths into software analysis and simulation
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AI algorithms assist in analyzing processing paths and finding collisions and singular points
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AI algorithm automatically optimizes the walking path of the robotic arm
Simulation
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Test complex mechanical system processes and optimize part handling operations
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Visualize the relative motion relationship between the clamping fixture and the welding gun, cutting spindle, and robot arm
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Simulate the movement position of the robot arm, plan and confirm the processing area in 3D
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Whether a collision occurs during movement
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Use 3D screen simulation throughout the process