Quncheng Automation
2D/3D Machine Vision Inspection

Inspection & Laboratory Systems · Other Manufacturing

2D/3D Machine Vision Inspection

2D and 3D vision for positioning, measurement, OCR, assembly error proofing and defect detection within production and test equipment.
PROJECT TYPEInspection & Laboratory SystemsINDUSTRYOther ManufacturingENGINEERING FOCUSPositioning · Measurement · Defect detection
01 · PROJECT PROFILE

Application and system boundary

Application

2D and 3D vision for positioning, measurement, OCR, assembly error proofing and defect detection within production and test equipment.

Main scope

2D vision · 3D vision · OCR and barcode · Appearance inspection · Dimension and profile · Assembly error proofing

02 · SYSTEM SCOPE

Test items and equipment scope

The scope below is taken from the public project material and organized around the product process, test object or data path.

012D vision

Test item / equipment module

023D vision

Test item / equipment module

03OCR and barcode

Test item / equipment module

04Appearance inspection

Test item / equipment module

05Dimension and profile

Test item / equipment module

06Assembly error proofing

Test item / equipment module

03 · TECHNICAL PROFILE

Configuration and verified project information

012D inspectionAppearance defects, OCR/barcode, presence, position and assembly status
023D inspectionHeight, depth, flatness, gap, step, contour and point cloud
03OpticsIndustrial cameras, lenses and dedicated lighting
04IntegrationRobot positioning, view switching, automatic judgement and quality traceability
04 · PROJECT EVIDENCE

Equipment, stations and system views

Available visuals show the complete line, key stations, equipment configuration, dashboards or operating video associated with this project.

Machine Vision Inspection — project view 1
Machine Vision Inspection — project view 1
DISCUSS A SIMILAR PROJECT

Start with your product, process and verification target

Share the product structure, target takt, test requirements, site layout and required interfaces. We will define the corresponding solution boundary.

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