OK-6000 Pure Color Visual Inspection System: A Universal Quality Inspection Solution for Multiple Types of Pure-color Web Materials

Common Quality Inspection Pain Points in the Pure-color Web Material industry

Pure-color web products such as optical films, PET films, and lithium battery aluminum foils typically feature highly reflective surfaces and are lightweight and thin. Micron-level pinholes, fine scratches, and surface particle contaminants are extremely difficult for the human eye to detect.

Traditional production lines rely on continuous manual visual inspection. Prolonged staring at highly reflective webs readily causes visual fatigue, leading to frequent missed detections and false judgments. Defective webs that flow into downstream processing can cause finished product defects, rendering entire rolls or even entire batches undeliverable. Compounded by after-sales communication and loss of customer trust, these issues place significant operational and financial pressure on film and aluminum foil manufacturers.

Most conventional vision inspection equipment on the market has limited hardware expansion capability. Many models support only a small number of cameras per industrial PC (IPC). For wide-web production lines that require multiple separate units, this necessitates deploying multiple IPCs and multiple software systems, thereby increasing costs for equipment procurement, cabling, and operation and maintenance. Moreover, it is difficult to aggregate and view data from these disparate systems in a unified manner.

Core Advantages of the OK-6000 Pure Color Visual Inspection System

Chongqing ARISE Technology Co., Ltd. (hereinafter referred to as ARISE) has developed the versatile OK 6000 pure color visual inspection system to address the quality inspection challenges of various pure color web materials with high reflectivity, wide widths, and high volume continuous production. With a single industrial PC and one set of operating software, the system centrally manages multiple cameras, and its hardware expansion specifications are adaptable to all types of narrow and wide web production lines. It can be widely applied to scenarios such as lithium battery aluminum foil, optical films, PET films, and other pure color web materials.

1. Integrated Multi-Camera Synchronous Architecture – Single Host Standard with 8 Cameras, Expandable to 12-Channel Synchronous Acquisition

The entire inspection system is equipped with just one industrial PC and one unified operating software. The factory standard configuration supports synchronous imaging from 8 industrial cameras; depending on the production line width and process requirements, it can be expanded to run up to 12 cameras in parallel.

All cameras adopt a hardware synchronous triggering mechanism, with automatic stitching and fusion of image temporal and spatial coordinates, enabling complete coverage of the full web width and significantly reducing inspection blind spots. Compared with multiple separate vision systems, this solution reduces overall investment in industrial PC hosts, supporting software, cabling installation, and on-site commissioning, while also making the workshop equipment layout more compact and streamlined.

2. Dedicated Optical Imaging Solution – Adapted to Various Types of Pure-Color Highly Reflective Webs

Equipped with high-resolution monochrome industrial cameras and customized multi-angle specialized lighting, and incorporating a reflection-suppression optimization logic, the system effectively mitigates interference from mirror-like reflections on the web surface. It can reliably identify various typical surface defects such as micron-level pinholes, shallow and deep scratches, particle contaminants, wrinkles, oxidation spots, etc., significantly reducing the probability of false detections and missed inspections caused by reflections.

3. Built-in AI Model Self-Training Function – Adaptable to Diverse Defect Scenarios

The system is equipped with an AI model training module, enabling enterprises to independently perform model iteration and optimization using defect image samples generated from on-site production. For factoryspecific special defects or new types of anomalies, operators can batchannotate samples and initiate training to continuously improve defect recognition accuracy. When switching to different materials or processes for purecolor webs, the system can quickly adapt to new defect samples without requiring external technicians to come onsite to rebuild the detection model, thus accommodating flexible production needs for multiple product categories.

4. Simple Visual Operation – No Need for Professional Algorithm Engineers On-Site for Debugging

There is no need for repeated modeling and debugging for different types of purecolor webs. The operation interface is intuitive and easy to understand. Onsite operators can simply select the defect types to be identified and adjust the detection thresholds as needed, and the system is ready for production. Switching product specifications or changing web material categories only requires simple parameter modifications. There is no need for longterm deployment of professional vision engineers onsite, significantly reducing the enterprise’s technical manpower costs.

5. Comprehensive Full-Process Data Retention – Meets Standardized Factory Audit Requirements of Various Large-Scale Manufacturers

The system automatically stores complete imaging footage, defect locations, defect types, production time periods, and equipment operating parameters for each individual roll. It supports manual annotation and classification of defects, and automatically generates visual quality inspection reports. When receiving quality feedback from downstream customers, the system enables rapid retrieval of all inspection records for the corresponding roll, clearly pinpointing where the issue occurred during production. This significantly streamlines after-sales communication processes and facilitates smooth cooperation with various customers’ standardized factory audit procedures.

6. Adaptable to High-Speed Web Production Lines – Online Uninterrupted and Stable Inspection

With sufficient computing power for parallel image processing from multiple cameras, the system can match the running speed of various conventional web production lines. It completes image acquisition, defect analysis, and anomaly marking online and simultaneously, without requiring production stoppage for sampling inspections and without disrupting the original production rhythm. It replaces repetitive manual visual inspection positions, thereby mitigating quality fluctuations caused by operator fatigue.

Applicable Web Material Categories

The system is suitable for all purecolor surface web production scenarios. Mainstream applications include:

• Lithium battery aluminum foil
• Various optical films
• PET films
• Other pure‑color functional composite web

Practical Application Value

• Quality Control Upgrade – Replaces manual experience‑based visual inspection with automated, continuous, and stable detection, significantly reducing the rate of missed minute defects, lowering the costs of batch non‑conformance and after‑sales communication.
• Autonomous Iterative Optimization – Built‑in AI model training function allows autonomous optimization of the recognition model based on actual factory defects, adapting to new products and emerging defect types, with continuously improved recognition performance over long‑term use.
• Streamlined Hardware Investment – A single industrial PC plus one set of software supports up to 12 cameras, eliminating the need to purchase multiple independent vision systems, and saving costs on equipment procurement, cabling, and workshop floor space.
• Labor Cost Optimization – Reduces a large number of repetitive quality inspection positions, with no need for long‑term on‑site deployment of vision algorithm engineers for equipment debugging.
• Traceable Quality Records – Complete electronic quality inspection archives are retained long‑term, providing standardized inspection data that enhances the enterprise’s supply chain competitiveness and facilitates the undertaking of mid‑to‑high‑end customer orders across various industries.

Traditional manual quality inspection relies on human visual judgment, which offers limited stability. The OK-6000 Pure Color Visual Inspection System, built on an integrated multicamera hardware architecture and standardized inspection logic, delivers automated continuous screening. It is adaptable to purecolor web production lines across multiple industries, helping enterprises reduce material waste, lower aftersales complaints, and stabilize outgoing product quality.