Industrial 3D Scanning

See how industrial-grade 3D scanners are used for production inspection, first-article checks, quality control, and complex part measurement.

Handheld 3D Scanning Technology Closes the Metrology Gap in Complex Part Inspection

2026/07/06

Handheld 3D Scanning Technology Closes the Metrology Gap in Complex Part Inspection

A machined aluminum housing for an electric vehicle power electronics module comes off the CNC mill.
3D Scanner 2025: Turning Inspection Bottlenecks into Operational Efficiency

2026/07/06

3D Scanner 2025: Turning Inspection Bottlenecks into Operational Efficiency

Manual measurement workflows carry costs that rarely appear on a single line item. The most immediate is time.
3D Scan Data Post-Processing

2026/07/06

3D Scan Data Post-Processing

3D scan data post-processing refers to the sequence of computational workflows applied to raw 3D scan output (typically unfiltered point clouds, depth maps, or unstructured meshes) captured by industrial 3D scanning systems, to produce accurate, structured, and application-ready 3D assets.
Reducing Rework and Accelerating Delivery with Handheld 3D Laser Scanning

2026/07/06

Reducing Rework and Accelerating Delivery with Handheld 3D Laser Scanning

Conventional dimensional inspection tools—calipers, height gages, even coordinate measuring machines (CMMs)—collect point-by-point data.
A 3D Scan Engine Workflow for Injection Molded Valve Inspection Using INSVISION AlphaScan

2026/07/05

A 3D Scan Engine Workflow for Injection Molded Valve Inspection Using INSVISION AlphaScan

Injection molded valves sit at the heart of fluid and gas systems where dimensional deviations measured in fractions of a millimeter can cause leaks, press
Multi-View Alignment in 3D Scanning

2026/07/05

Multi-View Alignment in 3D Scanning

Multi-view alignment in 3D scanning is the core data processing workflow that registers, spatially aligns, and prepares for merging multiple partial 3D point clouds or mesh captures—each collected from a distinct vantage point relative to a target object or scene—into a single, geometrically consistent 3D dataset.
The Quiet Shift in Industrial Measurement – Where AlphaScan and 3D Scanning Fit in 2026

2026/07/04

The Quiet Shift in Industrial Measurement – Where AlphaScan and 3D Scanning Fit in 2026

Three forces are reshaping purchasing criteria faster than many equipment vendors acknowledge.
Surface Preparation for 3D Scanning

2026/07/04

Surface Preparation for 3D Scanning

Surface preparation for 3D scanning is a standardized set of pre-scanning processes applied to a physical object’s exterior to enable consistent, accurate, and complete capture of 3D spatial data by optical, laser, or structured light scanning systems.
3D scanning black reflective parts: Practical Inspection Criteria for Production Teams

2026/07/04

3D scanning black reflective parts: Practical Inspection Criteria for Production Teams

The quiet transformation unfolding on factory floors isn’t about a new material—it’s about a measurement capability that has finally caught up with the material
3D scanning inspection: Practical Criteria for Manufacturing Teams

2026/07/03

3D scanning inspection: Practical Criteria for Manufacturing Teams

The plant produces mid-sized castings, weldments, and machined components in frequent changeovers.
How to Evaluate 3D scanning targets for Inspection

2026/07/03

How to Evaluate 3D scanning targets for Inspection

The margin pressure on today’s manufacturing operations doesn’t always announce itself with a line stoppage.
Exposure in 3D Scanning

2026/07/03

Exposure in 3D Scanning

Exposure in 3D scanning refers to the set of parameters that control the amount of reflected light captured by an optical 3D scanning system’s imaging sensors during a single data acquisition frame.