Explainers

Explainers

Scan to 3D Print vs Scan to CAD: Choosing the Right Workflow for Replacement Parts, Archives, and Education

Scan to 3D Print vs Scan to CAD: Choosing the Right Workflow for Replacement Parts, Archives, and Education

SIMSCAN-S Gen2, DefinSight MODEL, and 3DeVOK MQ compared: when a printable mesh is enough and when a part needs full CAD reconstruction.

23 Sep, 2026
Scanning Black, Shiny, Oily, and Semi-Reflective Parts Without Spray: A Surface Compatibility Guide

Scanning Black, Shiny, Oily, and Semi-Reflective Parts Without Spray: A Surface Compatibility Guide

Scanning Black, Shiny, Oily, and Semi-Reflective Parts Without Spray: A Surface Compatibility Guide

23 Sep, 2026
ISO 10360-13, VDI/VDE 2634, and ISO/IEC 17025: How to Verify a 3D Scanner's Accuracy Claims

ISO 10360-13, VDI/VDE 2634, and ISO/IEC 17025: How to Verify a 3D Scanner's Accuracy Claims

How to use ISO 10360-13, VDI/VDE 2634, and ISO/IEC 17025 accreditation to check whether a 3D scanner's accuracy claim is actually verifiable.

23 Sep, 2026
How to Compare Industrial 3D Scanners: A 10-Point Evaluation Checklist

How to Compare Industrial 3D Scanners: A 10-Point Evaluation Checklist

A vendor-neutral 10-point checklist for comparing industrial 3D scanners: accuracy, range, surfaces, portability, tracking, software, automation, and TCO.

21 Sep, 2026
How to Reverse Engineer a Complex Curved Part Without Drawings: From Scan Strategy to Editable CAD

How to Reverse Engineer a Complex Curved Part Without Drawings: From Scan Strategy to Editable CAD

A step-by-step method for reverse engineering complex curved parts with no drawings: scan planning, mesh cleanup, wear judgment, symmetry, and CAD verification.

21 Sep, 2026
How to Choose an Industrial 3D Scanning System: A Decision Guide by Tolerance, Part, Surface, Workflow, and Budget

How to Choose an Industrial 3D Scanning System: A Decision Guide by Tolerance, Part, Surface, Workflow, and Budget

A 7-factor framework for choosing between handheld, tracking, and automated 3D scanning systems based on tolerance, part size, surface, workflow, and budget.

12 Sep, 2026
Handheld, Tracking, or Stationary 3D Scanner? Choosing the Right System Architecture

Handheld, Tracking, or Stationary 3D Scanner? Choosing the Right System Architecture

Compare handheld, tracking-based, and stationary 3D scanner architectures across part size, movement, markers, range, line of sight, and automation.

12 Sep, 2026
From 3D Scan to Quality Decision: CAD Alignment, GD&T, Inspection Reports, SPC, MES, and QMS Integration

From 3D Scan to Quality Decision: CAD Alignment, GD&T, Inspection Reports, SPC, MES, and QMS Integration

How raw 3D scan data becomes a pass/fail call: CAD alignment, color deviation maps, GD&T, inspection reports, SPC trending, and MES/QMS integration.

12 Sep, 2026
How to Control Accuracy When Scanning Large Parts: Markers, Photogrammetry, and Optical Tracking Compared

How to Control Accuracy When Scanning Large Parts: Markers, Photogrammetry, and Optical Tracking Compared

Compare reflective markers, photogrammetry, and optical tracking for controlling volumetric accuracy on large parts, with SCANOLOGY product specs and case data.

12 Sep, 2026
When to Combine 3D Scanning and Probing for FAI, Deep Holes, Datums, and Critical Features

When to Combine 3D Scanning and Probing for FAI, Deep Holes, Datums, and Critical Features

Learn when to scan, when to probe, and how to merge both into one AS9102-ready workflow for freeform surfaces, deep holes, and datums.

12 Sep, 2026
Blue Laser vs Structured Blue Light: Which Technology Fits Small, Reflective, and Tight-Tolerance Parts?

Blue Laser vs Structured Blue Light: Which Technology Fits Small, Reflective, and Tight-Tolerance Parts?

Compare blue laser and structured blue light 3D scanning for small, reflective, tight-tolerance parts, with ambient light, spray, and accuracy tradeoffs.

12 Sep, 2026
Automotive 3D Scanning Playbook: Choosing a Scanner for Engines, Body Panels, Interiors, Tooling, and Replacement Parts

Automotive 3D Scanning Playbook: Choosing a Scanner for Engines, Body Panels, Interiors, Tooling, and Replacement Parts

A shop-floor guide to matching 3D scanner types, from SIMSCAN-S Gen2 to AccuArm, to automotive jobs: engines, body panels, interiors, tooling, and parts.

12 Sep, 2026
158 Total

Categories

x
Name* Phone Country* Email* Company* Website* Products of Interest* How did you first learn about SCANOLOGY? Your Message *
privacy settings Privacy settings
Manage Cookie Consent
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.
✔ Accepted
Customise
Reject
Accept all
X