Intelgic provides industrial automation systems using robotics, AI, machine vision, and intelligent software for manufacturers in Irvine, Orange County, California, and across the United States.
We help manufacturers automate inspection, assembly, end-of-line operations, material handling, process monitoring, part identification, counting, sorting, and quality control with intelligent robotic systems. Give your factory the eyes, brain, and hands it needs to manufacture faster, smarter, and with fewer errors.
Manufacturing automation is no longer limited to mechanical robots performing repetitive movements. Today's factories need robots that can see, understand, decide, inspect, measure, adapt, and respond to real production conditions.
Intelgic brings AI, machine vision, robotics, and industrial automation together to build smarter manufacturing systems.
From our California presence, Intelgic supports manufacturers in Irvine, Orange County, Los Angeles, San Diego, Riverside, San Bernardino, the Bay Area, and other industrial regions across the United States. Our systems are designed for real factory environments where products vary, defects appear unpredictably, and processes need both speed and intelligence.
Intelgic helps manufacturers move toward zero-error manufacturing by giving machines the visual intelligence and decision-making capability required for next-generation automation.
Intelgic designs and deploys custom robotic automation systems that combine industrial robots, cameras, sensors, 3D laser profilers, AI software, PLC control, and factory integration.
Our robotic automation solutions can support:
Intelgic provides complete systems, including hardware, software, controls, integration, and deployment support.
From Repetitive Automation to Intelligent Automation
Traditional robots are excellent at repeating programmed motions. But in many manufacturing environments, repetition alone is not enough. Parts may shift position. Product variants may change. Surface defects may be unpredictable. Assembly conditions may vary. Operators may need real-time process guidance. Quality decisions may require visual understanding.
Intelgic adds the eyes and brain to industrial robots.
Many industrial products have complex geometry, reflective surfaces, curved shapes, hidden areas, and multiple inspection zones. A single fixed camera cannot always capture the full product surface. Intelgic uses robots to move cameras, lights, 3D sensors, or products to capture images from multiple angles. The images are then processed by Intelgic's AI software to detect defects, classify issues, and generate inspection results.
Intelgic builds robotic assembly automation systems that use AI and cameras to verify each step of the assembly process. Instead of relying only on mechanical movement, the system can visually confirm whether the correct part is picked, placed, aligned, fastened, inserted, or assembled.
Our robotic assembly systems can support:
End-of-line operations are critical because they determine whether a finished product is ready for shipment. Intelgic designs end-of-line automation systems that combine robotics, AI inspection, barcode reading, labeling, sorting, and data reporting.
Intelgic can integrate end-of-line automation with PLCs, MES, ERP, warehouse systems, and cloud dashboards.
Traditional pick-and-place automation requires parts to be positioned in a predictable way. Intelgic uses AI vision to identify objects, locate their position, detect orientation, and guide robots for accurate picking and placement.
This is useful for:
With AI vision, robots can handle more product variation and reduce the need for expensive mechanical fixtures.
Intelgic's vision AI systems allow robots to understand the physical world around them.
This transforms robots from fixed-motion machines into intelligent automation systems.
Some inspection and automation tasks require accurate 3D information. Intelgic integrates 3D laser profile sensors and 3D imaging systems into robotic automation cells.
3D vision can be used for:
For applications where 2D imaging is not enough, 3D vision provides the depth and geometry data required for reliable automation.
Intelgic also builds AI-based process monitoring systems that use cameras and sensors to verify whether manufacturing steps are being followed correctly.
This is useful for manual, semi-automated, or robotic workstations where process accuracy matters.
System Response:
The system can trigger alarms, notify supervisors, stop the process, or generate reports for continuous improvement.
Intelgic's AI software powers the inspection, recognition, measurement, and decision-making layer of the robotic automation system.
| Capability | Description |
|---|---|
| AI Defect Detection | Detect visual defects, surface flaws, and quality issues |
| Object Recognition | Identify parts, products, tools, and components |
| Robot Guidance | Provide position and orientation data to robots |
| Multi-Camera Support | Process images from multiple cameras in one system |
| 3D Data Processing | Analyze point clouds and laser profile data |
| OCR and Code Reading | Read printed text, serial numbers, barcodes, and QR codes |
| Recipe Management | Support multiple product variants and inspection rules |
| PLC Integration | Exchange trigger, status, pass/fail, and control signals |
| Dashboard | Show real-time inspection and automation results |
| Traceability | Store images, results, timestamps, and product IDs |
| API Integration | Connect with MES, ERP, cloud, or factory systems |
| Digital Quality Certificate | Generate product-level inspection certificates |
Intelgic provides complete robotic automation systems, not only software or cameras. We engineer the full solution around your product, process, and factory constraints.
| System Component | Description |
|---|---|
| Industrial Robot | Robot arm, cobot, gantry, or custom motion system |
| Industrial Cameras | Area scan, line scan, high-resolution, or 3D cameras |
| Lenses and Optics | Selected based on product size, defect size, and working distance |
| Lighting System | Custom illumination for reliable imaging |
| 3D Laser Profiler | Used for measurement, geometry analysis, and surface profiling |
| End Effector | Grippers, vacuum tools, fixtures, or custom tooling |
| PLC and Controls | Industrial control system for triggers, safety, and machine coordination |
| GPU Computer | AI processing computer for real-time inference |
| Safety System | Light curtains, guarding, interlocks, and emergency stops |
| Conveyor or Motion System | Product movement, indexing, rotation, or positioning |
| Software Interface | Operator dashboard, recipes, reports, and analytics |
| Factory Integration | MES, ERP, API, webhook, cloud, or database connection |
Robotic inspection and assembly verification for headlamps, tail lamps, fuel injector components, gears, metal panels, seat assemblies, doors, and other automotive parts.
AI-based inspection and 3D measurement for sheet metal, stamped parts, machined parts, flatness, dents, bends, edges, and surface defects.
Automated PCB inspection, component verification, solder inspection support, label reading, part identification, and final quality verification.
Precision inspection of lenses, molded parts, device components, printed markings, packaging, and assemblies requiring strong traceability.
High-speed product inspection, defect detection, sorting, counting, label verification, package inspection, and robotic removal of defective products.
AI-guided counting, tracking, sorting, palletizing, depalletizing, barcode reading, and product movement monitoring.
Understand the product, process, automation goal, quality requirement, and factory environment
Evaluate images, videos, drawings, samples, cycle time, layout, and integration requirements
Define robot type, camera position, lighting method, fixture, gripper, sensor, and software architecture
Test camera, lighting, AI model, and defect detection or recognition performance
Develop fixture, motion, guarding, PLC logic, robot program, and safety system
Configure Certainty AI 3.0, recipes, dashboards, reporting, traceability, and integrations
Assemble and test the complete automation cell or inline system
Integrate with conveyor, PLC, MES, ERP, robot controller, reject system, or cloud systems
Install the system, train operators, and support production launch
Fine-tune AI models, robot paths, cycle time, and inspection thresholds after deployment
| Benefit | Business Impact |
|---|---|
| Reduced Manual Labor | Automate repetitive, difficult, or error-prone tasks |
| Higher Quality | Detect defects and process issues before products reach customers |
| Better Throughput | Improve speed and consistency of manufacturing operations |
| Lower Rework and Scrap | Catch quality issues earlier in the process |
| Improved Safety | Use robots for repetitive, heavy, or hazardous tasks |
| Greater Flexibility | Support multiple product variants with AI and recipes |
| Stronger Traceability | Store product-level inspection data and reports |
| Faster Decision-Making | Real-time dashboard and production insights |
| Scalable Automation | Start with one cell and expand across multiple lines |
| Competitive Advantage | Build smarter, more reliable manufacturing operations |
Intelgic works with manufacturers that need more than a standard robotic cell. We combine industrial automation engineering with AI vision software, inspection science, robotic motion, and factory integration.
Our California presence allows us to support manufacturers across Irvine, Orange County, Los Angeles, San Diego, Riverside, San Bernardino, the Bay Area, and throughout the United States.
Intelgic is a strong fit when your automation challenge requires:
Intelgic can help you automate inspection, assembly, end-of-line operations, material handling, and process monitoring using robotics, machine vision, and AI.
Share your product images, process videos, drawings, defect requirements, cycle time, and automation goals. Intelgic's engineering team will review your application and recommend the right robotic AI automation solution.
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