Roboscope
Computer VisionAI DetectionObject detectionHigh precision lensesMobileDSLR cameraManufacturingElectronicsConstructionAviationRenewable Energy
Portable computer vision system for high-mix, low-volume manufacturing. Provides 10mm accuracy with 24-hour setup, iPhone compatibility, and transforms quality control processes for modern manufacturing environments.
Quality control with precision and portability
🔬 RoboscopeAR-Powered Digital Inspection System for Wind Turbine Blade Manufacturing | Transform your quality control process with computer vision, augmented reality, and real-time analytics. Streamline inspections, cut cycle times, and raise manufacturing efficiency throughout the blade-production lifecycle. |
| 🚀 🎯 Request DemoExperience AR-powered inspection technology tailored for wind turbine manufacturing | 📱 👁️🗨️ See How It WorksExplore mobile AR app and web portal for complete quality control workflow |
🎬 See Roboscope in Action | Experience the power of AR-based defect detection and spatial tracking |
📱 🎬 AR Interface DemoWatch how technicians use the smartphone app to place AR origin points and track defects in real-time within wind turbine blade shells.📁 File: Roboscopegif1_long.gif | 📐 🎯 Defect Marking SystemSee how the computer vision model captures exact dimensions and spatial coordinates relative to blade root and leading edge.📁 File: roboscope_gif1.gif | ⚡ Real-time ProcessingAdvanced on-device processing provides immediate feedback and cross-references with XFMEA risk frameworks for tailored repair instructions.📁 File: roboscope_gif2.gif |
📱 📱 Mobile App InterfaceSimple smartphone app designed for technicians - just point at defects and let Roboscope handle the complex measurements.📁 File: roboscope_img1.png | 💻 🌐 Web Portal DashboardCentralized web portal where engineering teams review progress against interactive 3D blade models and export data for ERP integration.📁 File: image2.png |
| 🎨 🎨 3D Blade Model ViewInteractive 3D blade models with defect mapping, filtering by type and severity, and detailed inspection records. | 📁 File: image24.pngAdvanced visualization capabilities for comprehensive blade analysis and quality control validation. |
🚀 Advanced Features for Modern Manufacturing | Combining cutting-edge AR technology with practical manufacturing workflows |
📱Mobile AR AppSimple smartphone interface with on-device computer vision model for immediate defect capture and spatial tracking.Point-and-capture defect markingReal-time AR origin placementHaptic feedback systemOffline-capable processing | 🎯Precision MeasurementAdvanced computer vision algorithms capture exact dimensions and spatial coordinates relative to blade geometry.Automatic dimension calculationSpatial coordinate trackingLeading edge reference pointsBlade root positioning | 🌐Web Portal AnalyticsCentralized engineering portal with interactive 3D models, filtering, and export capabilities for ERP integration.Interactive 3D blade modelsDefect filtering by type/severityCSV/PDF export functionalityReal-time data streaming |
🔧 Key CapabilitiesXFMEA Integration: Cross-references with risk frameworks for tailored repair instructionsMulti-Defect Support: Handles wrinkles, delamination, foreign inclusions, and moreReal-time Streaming: REST API for immediate data and image transmissionLay-up Stage Awareness: Contextual guidance based on current production stageQuality Standardization: Eliminates assessment criteria drift between factoriesEngineering Handoff: Streamlined complex repair workflows | ⚙️ Technical SpecificationsPlatform: iOS/Android mobile app + Web portalProcessing: On-device computer vision + cloud analyticsTracking: ARKit/ARCore-based spatial trackingIntegration: REST API for ERP/MES systemsLighting: Requires ≥600 lux for optimal AR trackingExport Formats: CSV, PDF, high-resolution images |
📊 Proven Results in Manufacturing | Transform your inspection process with measurable improvements |
| ⏱️ 85%Reduction in Inspection Time | 🎯 99%Defect Capture Accuracy | 🚀 60%Faster Engineering Handoffs | 📋 100%Digital Traceability |
🏭 Industry Applications | Real-world deployments across manufacturing facilities |
| 🏭 Wind Power BangaloreSuccessfully deployed AR use cases including full mould grid marking, ply positioning, and root fitting circularity checks. | ⚡ Wind Turbine ManufacturingOptimized for shell lay-up, resin infusion, and curing processes with stringent acceptance standards. | 🔧 Quality Control SystemsIntegration with existing ERP and MES systems for comprehensive quality management workflows. |
🚀 Ready to Transform Your Inspection Process? | Experience the future of wind turbine blade quality control with Roboscope |
| 🔬 RoboscopeAR-powered digital inspection system revolutionizing wind turbine blade manufacturing quality control. | 📱 Product• Mobile App• Web Portal• Technical Specs• Demo Request | 🏭 Industries• Wind Energy• Manufacturing• Quality Control• Industrial AR | 📚 Support• Documentation• User Guide• API Reference• Contact Support |