From small fabricated components to complete automotive body structures, inspecting complex metal assemblies is essential for ensuring product quality, safety, and manufacturing efficiency. Yet conventional inspection methods can struggle when parts contain hundreds of welds, holes, fasteners, joints, and hard-to-reach surfaces.
Intelgic provides a robust, automated inspection solution for metal, automotive, and aerospace components. Using industrial robots or collaborative robots equipped with high-resolution cameras and 3D laser sensors, the system can inspect virtually every accessible corner of a component—regardless of its size, shape, or complexity.
Intelgic combines robotic automation, machine vision, 3D scanning, and artificial intelligence to inspect complex metal assemblies with speed, consistency, and traceable results.
Automated Inspection
Automated Inspection for Complex Metal Parts
Metal structures frequently contain intricate geometries, reflective surfaces, overlapping components, and concealed inspection points. These challenges can make manual inspection slow, inconsistent, and difficult to scale.
From Small Brackets to Complete Structures
Intelgic combines robotic automation, machine vision, 3D scanning, and artificial intelligence to inspect parts such as:
The inspection process can be adapted to individual parts, mixed production lines, and changing product configurations.
Inspection of Welds, Holes, Nuts, Bolts, and Components
Intelgic's automated inspection solution can perform multiple quality checks during a single inspection cycle.
Weld Inspection
Weld quality directly affects the strength, durability, and safety of a metal assembly. Intelgic's vision and AI technology can inspect welds for characteristics and defects such as:
The system can inspect spot welds, seam welds, and other visible welded joints according to the application and inspection requirements.
Hole Presence and Location Inspection
Incorrectly positioned or missing holes can cause serious problems during downstream assembly. Intelgic can verify:
- Hole presence or absence
- Hole location
- Hole count
- Diameter and dimensional deviations
- Incorrectly formed or obstructed holes
- Hole-to-feature alignment
- Pattern and spacing accuracy
With 3D laser scanning, the system can also evaluate the position of holes and surrounding features in three-dimensional space.
Nuts, Bolts, and Fastener Inspection
Missing or incorrectly installed fasteners are common causes of assembly defects. Intelgic can inspect:
Automating these checks helps prevent defective assemblies from advancing to later production stages.
Missing and Incorrect Component Detection
A complex assembly may contain numerous brackets, clips, studs, inserts, connectors, and reinforcement elements. Intelgic's AI-powered inspection system can detect:
- Missing components
- Incorrect components
- Components installed in the wrong location
- Incorrect orientation
- Misalignment
- Assembly variation
- Unexpected foreign objects
Inspection criteria can be configured for each product model or assembly variant.
Move the Sensor to the Feature
Complex metal components cannot always be inspected effectively from a fixed camera position. Important features may be located underneath the part, inside openings, behind structural members, or at difficult viewing angles.
Intelgic addresses this challenge by mounting cameras and 3D laser sensors on industrial robots or cobots. The robot follows a programmed inspection path and positions the sensors at the most effective angle and distance for each quality check.
Industrial robots are well suited to high-speed production environments and large working areas. Cobots provide a compact, flexible option for lower-volume lines, workstations, or applications requiring closer interaction with operators.
Capture Appearance and Geometry Together
Intelgic combines complementary sensing technologies to capture both visual appearance and three-dimensional geometry.
High-resolution cameras can identify visible defects, missing items, surface variations, and assembly errors. Controlled lighting helps the system capture consistent images on challenging metal surfaces.
3D laser sensors measure depth, profile, shape, and spatial position. They are especially valuable when inspection requires more than a two-dimensional image, including:
The use of camera and 3D data allows the inspection system to evaluate complex parts more comprehensively.
AI Designed for Metal, Automotive, and Aerospace Inspection
General-purpose computer-vision systems may struggle with reflective metal, variations in surface finish, complex geometries, and subtle manufacturing defects.
Intelgic's state-of-the-art AI models are specially designed for defect detection on metal components and complex automotive and aerospace assemblies. They help the inspection system distinguish acceptable production variation from actual quality defects.
The AI can be trained for application-specific requirements, including:
As inspection data is collected, it can also support continuous process improvement and help manufacturers identify recurring defect patterns.
Inspection Workflows for Demanding Assemblies
Inspection of Automotive Chassis and Frames
A vehicle chassis or frame contains numerous welds, brackets, holes, studs, and mounting points distributed across a large three-dimensional structure. Inspecting these features manually can require considerable time and may produce inconsistent results.
Intelgic's robotic inspection solution can move around the frame, capture images and 3D measurements from multiple directions, and verify critical features against defined quality criteria. The system can generate an inspection record for every part, supporting traceability and root-cause analysis.
Body-in-White Inspection
Body-in-White assemblies are among the most complex structures in automotive production. Their large dimensions, reflective surfaces, overlapping panels, and high number of welds create demanding inspection requirements.
Intelgic can automate checks for:
Robot-mounted sensors can follow the contours of the BIW assembly and capture the required data from carefully selected viewpoints.
Vehicle Door, Bonnet, and Closure Inspection
Doors, bonnets, tailgates, and other closure assemblies must meet both structural and dimensional requirements. Inspection may involve inner and outer panels, hemmed edges, reinforcement components, holes, welds, and mounting features.
Intelgic's flexible inspection platform can verify component presence, assembly accuracy, feature location, and visible manufacturing defects while adapting to different vehicle models.
Engine and Mechanical Assembly Inspection
Engine and powertrain assemblies contain a dense arrangement of fasteners, connectors, cast or machined surfaces, and model-specific components. Automated vision inspection can confirm that the correct components are present and properly positioned before testing or installation.
Typical applications include:
- Bolt and fastener verification
- Connector-presence inspection
- Cap, plug, and seal verification
- Component-orientation checks
- Label and marking verification
- Assembly-completeness inspection
- Detection of visible damage or contamination
Aerospace Component Inspection
Aerospace structures require high levels of quality control and traceability. Components may include complex frames, brackets, panels, fasteners, joints, and precision-manufactured features.
Intelgic's robotic vision and 3D inspection technology can support repeatable, documented inspection of aerospace parts while reducing dependence on time-consuming manual checks. The solution can be configured around the component geometry, inspection standard, and production environment.
Benefits of Intelgic's Automated Metal Inspection Solution
Intelgic's inspection automation can help manufacturers achieve:
Inspection results can be recorded with images, measurements, defect classifications, timestamps, and part identifiers. This creates valuable data for quality assurance, process optimization, and manufacturing analytics.
A Flexible Solution for Every Complex Part
No two metal components have exactly the same inspection requirements. A small welded bracket may require only a few feature checks, while a full vehicle frame may require hundreds of camera views and 3D measurements.
Intelgic develops inspection solutions around the actual component, defects, production rate, and quality objectives. Camera selection, lighting, 3D sensors, robot reach, inspection paths, and AI models can all be configured for the application.
Adaptable Deployment
Whether the requirement involves a small fabricated component or a large automotive or aerospace structure, Intelgic offers an adaptable platform for automated, AI-powered inspection.
Complex Parts Require Intelligent Inspection
By bringing together robots, cobots, high-resolution imaging, 3D laser sensing, and specialized AI models, Intelgic helps manufacturers inspect welds, holes, nuts, bolts, fasteners, components, and structural features with speed and consistency.
For automotive chassis, Body-in-White assemblies, vehicle closures, engine assemblies, aerospace structures, and other complex metal parts, Intelgic provides a robust inspection automation solution designed for demanding production environments.
Contact Intelgic to discuss your component, inspection challenges, and automation requirements.
