3D SCANNER HARDWARE TRAINING

*dependant upon scanner application
†dependant upon scanner application and availability of Rapid3D scanners

Course Objectives - 3D Scanning Hardware

GoSCAN

  • Introduction & Operating Principles – White-Light Pattern Projection, Intelligent Hybrid Positioning, and Technical Specifications

  • Hardware Parameters – Calibration & Configuration

  • Part Setup – Best Practices

  • Scan Parameters & Positioning Parameters

  • Scan Procedure – Best Practices

  • Finalize Parameters and Editing

  • Additional Functions – Texture Parameters, Alignment, Basic Entities, Etc.

  • Hands-On Session for Customer-Specific Parts

HandySCAN

  • Introduction & Operating Principles – Laser Projection, Self-Positioning Scanner, and Technical Specifications

  • Hardware Parameters – Calibration & Configuration

  • Creating the Positioning Model

  • Scan Procedure – Best Practices 

  • Guided Workflow – Small & Large Part

  • Finalize Parameters, Editing, & Additional Functions

  • Hands-On Session for Customer-Specific Parts

 

MetraSCAN

  • Introduction & Operating Principles – System Components and Technical Specifications

  • Hardware Parameters – Calibration (C-Track & MetraSCAN), Configuration of MetraSCAN

  • Targets – Dynamic Referencing Mode, Static Referencing Mode, and Hybrid Referencing

  • Scan Procedure – Best Practices

  • Workflow Exercises – Small & Large Part, Volume Extension (if applicable)

  • Finalize Parameters, Editing, & Additional Functions

  • Hands-On Session for Customer-Specific Parts

 

HandyPROBE

  • Introduction & Operating Principles – System Components and Technical Specifications

  • Hardware Parameters – Calibration (C-Track & HandyPROBE), Probe Tips

  • Targets – Dynamic Referencing Mode, Static Referencing Mode, and Hybrid Referencing

  • Probe Procedure – VXprobe

  • Workflow Exercises – Small & Large Part, Volume Extension (if applicable)

  • Editing & Additional Functions

  • Hands-On Session for Customer-Specific Parts

 

Surphaser

  • Basic Laser Scanning Theory & Principles

  • Laser Scanner Specifications

  • Surphaser System Overview

  • Equipment and Software Setup & Installation

  • Mid-Long Range Scanning Workflow

  • Hands-On-Session for Customer-Specific Parts

 

API Laser Tracker

  • Software Installation & Operation – System Checks and Calibration Procedures

  • Operating Principles & Technical Specifications

  • Data Acquisition – Static and Dynamic Measurements

  • Target Types & Home Positions – “Jumping” the Tracker

  • Hands-On-Session for Customer-Specific Parts

 

MaxShot

  • Introduction & Operating Principles – Hardware & Accessories, Photogrammetric Models, and Technical Specifications

  • Scanning & Probing Combined Workflow (if applicable)

  • Creating the Photogrammetry Model & Optimizing

  • Live Feedback – GO/NO-GO

  • Optical Probing

  • Hands-On Session for Customer-Specific Parts

Rapid3D
587.352.0221
3dinfo@rapid3d.ca

 

 

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