Quality Inspection System For Longitudinal Beam

1.3D vision detection system based on three coordinate measurement, utilizing automation technology, machine vision technology, and 3D imaging technology to detect shape errors of longitudinal beams.

2.The system can effectively detects beam defects, including web surface bends, wing surface bends, length, twist deformation, end deformation, etc.

3.It can effectively replace on-site workers inspection, improve inspection efficiency and reduce labor costs and error rates.

System introduction

Inspection items

Web Bend Detection 1: Central Depression

Web Bend Detection 2: Center Arch

Lateral Bend Detection

End Deformation Detection

Twist Deformation Detection

Detection of length, width of web, height of wing surface

Hole detection

System characteristics

Cost Savings:

Can effectively replace on-site workers inspection, improve inspection efficiency and reduce labor costs.

Precise identification:

Utilizing automation technology, machine vision technology, 3D imaging to realize high-precision detection.

Diversity of inspection types:

Offers a wide range of inspections, covering five major defect categories, including web surface bends, lateral bends, end deformation, etc.

Data Storage and Traceability:

Save the history of workpiece inspection records for after-action investigation, evidence collection and review of the inspection.

System page
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