Specialized Process Packs
Deep customization for industry pain points — one-click generation of high-quality machining programs
Laser/structured light scanning collects real-time point clouds of workpieces, automatically comparing with CAD models to identify deviations and generate repair trajectories. Widely used in automotive body panels, aerospace blades, molds, and other precision inspection scenarios.
● 3D Scanning & Point Cloud Processing
● CAD Model Deviation Analysis
● Real-Time Coating Thickness Heatmap
● Automatic Repair Trajectory Generation
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Designed for complex curved surface polishing, supporting multiple grinding wheel and consumable management strategies. Automatically generates constant contact force trajectories ensuring uniform material removal. Compatible with multi-brand robots and complex external axis configurations.
● Multiple Grinding Wheel & Consumable Management
● Constant Contact Force Adaptive Control
● Collision Detection & Posture Optimization
● Seamless Teach-to-Offline Programming
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Intelligent trajectory planning for spraying applications, supporting normal, bisector, groove and other path modes. Automatic obstacle avoidance and coating uniformity analysis. Supports water-based/oil-based paint modes, significantly reducing paint waste.
● Multiple Path Planning Strategies
● Coating Uniformity Analysis
● Automatic Obstacle Avoidance & Simulation
● Digital Twin Real-Time Monitoring
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Specially developed for 3D complex part repair and surface modification. Supports single or multi-robot coordinated operations. Fast generation of high-precision cladding trajectories from 3D models. Built-in path optimization algorithms and collision checking convert manual teaching into digital precision planning.
● Open Process Library Customization
● Multi-Robot Master-Slave Coordination
● Three-Point Alignment Micron-Level Precision
● Defect Extraction via Interpolation Algorithms
● Intelligent Slicing & Path Planning
● Lead-in/Edge Cladding Strategies
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For precision assembly needs of aerospace engines, large vertical lathe rotary tables, etc. Through "data acquisition — core algorithm solving — pose guidance" closed-loop logic, it provides full-lifecycle assembly precision management. Millisecond-level global gap calculation with real-time guidance for physical device pose fine-tuning.
● ICP Registration Micron-Level Point Cloud Alignment
● Millisecond-Level Global Gap Calculation
● Virtual-Physical Deep Integration (OPC UA)
● Automatic Obstacle Avoidance & Path Inversion
● Real-Time Pose Guidance & Feedback
● AGV / Hoisting / Robot Collaboration
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Through "data-driven + digital twin" dual-engine approach, programming and debugging of special-shaped tubes are transformed into millisecond-level automated responses. Variable-triggered automatic cycling, fully closed-loop processing, dramatically lowering the operation threshold.
● One-Click Model Auto-Conversion
● High-Precision Process Parameter Configuration
● "Zero" Repeated Setup & Memory
● PLC / OPC UA Real-Time Communication
● Simulation-Production Synchronized Mapping
● Intelligent Scene Reuse
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