Spector Vision
  • Home
  • Getting started
    • Install
    • Device pairing
  • Features
    • 🔬NDT
      • Measurement mesh
      • Measurement display
    • 🗜️Laminate repair tool
    • 📐Space aware positioning
      • Origin manipulation
    • 📹Video capture
    • 🪄Detection
      • Streaming
    • Advanced use
      • Changing API Environment in Spector
  • UI elements
    • 🎛️Defect panel
    • 📍Origin handler
  • API
    • Overview
    • Startup [Admin API]
    • Device [Content API]
      • Main
      • Marker manipulations
    • Documents [Content API]
      • View documents
    • LRT [Detection API]
    • Defect dimensions [Detection API]
    • Space settings
      • Endpoints
  • Releases
    • 1.2
    • 1.1
    • 1.0
    • Pilot 1.8
      • 🥽Fixes
      • 🥽Alignment marker along z-axis
      • 🥽Nodes rotation
    • Pilot 1.7
      • 🥽Status bar and header
      • 🥽Defect description
      • 🥽Defect codes relations
      • 🥽Disposition: select number of plies
      • 🥽Disposition: all plies table
      • 📡Disposition API: get all plies
      • 📡Disposition API: get selected plies
      • 🥽Disposition: selected plies table
      • 🥽Disposition: display layup image
      • 📡Disposition API: Get image layup
      • 📡Disposition API: Update LRT data
      • 🥽Handler (Scene Origin) Rotation
      • 🖥️Portal laminate repair tool
      • 📡Detection API: Defect dimensions
    • Pilot 1.6
    • Pilot 1.5
    • Pilot 1.4
    • Pilot 1.3
    • Pilot 1.1-2
    • 🔵Pilot 1.0
    • Pilot 0.3
    • Pilot 0.2
    • Pilot 0.1
    • 🟢Demo 1.0
    • Demo 0.3
    • Demo 0.2
    • Demo 0.1
  • Identity
    • Spector logo
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  1. Features

Laminate repair tool

Dec 1st, 2023 — Pilot 1.7

Last updated 9 months ago

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  • Material-Specific Data

The interface presents a ply-by-ply breakdown, complete with material specifications — we're talking actual composite fabric types and orientations, like 'Comb 125G GV' or 'Biaxial 450 45° GV.' This level of specificity is critical when we're planning repairs that need to meet stringent aerospace or automotive standards.

  • Interactive Repair Protocols

Spector's interactive UI elements give the ability to input repair parameters, track defects, and even generate repair patches tailored to the material properties and damage geometry. The tool doesn't just identify problems; it integrates with our repair protocols, offering algorithm-driven suggestions for the most effective repair methodologies, including the best scarf angles for ply replacements using pre-impregnated fabrics.

  • Algorithm-Driven Suggestions

The AR component really shines during the hands-on repair process. It overlays the virtual model onto the physical world, guiding the technician through each step. And because it's Hololens2 optimized, the hands-free aspect means you can stay immersed in the task with all the data you need in your field of view.

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