Double Sides Label Visual Inspection System with Al Visual System Inside

Product Introduction

The HY-DS580 AI Double-Sided Label Inspection Machine is designed for automated quality inspection of garment labels, woven labels, and other textile labels. Equipped with two high-definition industrial cameras and built-in AI inspection software, it inspects both sides of a label for common defects, including surface stains, pattern misalignment, text defects, color variations, missing sections, uneven edges, and missing threads. The system works with compatible downstream equipment to automatically reject defective labels. With an inspection speed of up to 200 pieces per minute, it helps manufacturers improve inspection efficiency, reduce manual inspection workload, and maintain consistent label quality.

Product Advantage

1. Double-Sided Visual Inspection

Equipped with two high-definition industrial cameras, this double-sided label inspection system captures images of both label surfaces for visual analysis. It helps identify defects that may be missed when inspecting only one side, including stains, printing issues, pattern misalignment, and missing sections. This dual-camera design supports more comprehensive label quality control and is suitable for manufacturers requiring automated inspection of both sides of textile and garment labels.

2. AI-Powered Label Defect Detection

The built-in AI inspection software analyzes label images to identify common visual defects, including surface stains, text imperfections, color variations, pattern misalignment, missing sections, uneven edges, and missing threads. Inspection settings can be configured according to label characteristics and quality requirements. This AI label defect detection technology helps reduce reliance on manual visual checks and supports more consistent inspection standards across production batches.

3. Automatic Rejection of Defective Labels

The machine works with compatible downstream equipment to reject labels identified as defective during inspection. This coordinated inspection and rejection process helps prevent nonconforming labels from continuing through the production line, reducing unnecessary manual sorting and improving production workflow. The rejection mechanism depends on the connected equipment and production line configuration.

4. Inspection Speed of Up to 200 Pieces per Minute

With a stated inspection speed of 0–200 pieces per minute, the machine supports automated label inspection for production environments with different operating requirements. Actual inspection speed may vary depending on label type, inspection criteria, machine configuration, and downstream equipment. It is designed to help manufacturers improve inspection efficiency while maintaining visual quality control during label production.

5. Flexible Label Size Compatibility

The standard inspection range covers labels approximately 10–60 mm wide and 35–200 mm long. The actual compatible dimensions may vary depending on the machine configuration and connected production equipment. This flexibility makes the system suitable for different label formats and helps manufacturers select an inspection solution according to their product specifications and production needs.

Technical Parameters

Product Uses

1. Garment and Apparel Labels

The machine is suitable for inspecting clothing labels used in shirts, jackets, trousers, sportswear, and other apparel products. It can help identify surface stains, text defects, color inconsistencies, missing sections, and other visible quality issues on both sides of a label before the labels move to the next production stage.

2. Woven and Textile Labels

For woven labels and other textile labels, the system helps inspect pattern alignment, edge consistency, missing threads, and visible surface defects. Its dual-camera configuration enables inspection of both sides, supporting manufacturers that require more comprehensive visual quality checks for textile labeling products.

3. Brand, Size, and Care Labels

The system can be used to inspect brand labels, size labels, care labels, and other printed or woven identification labels. It helps detect visible text imperfections, pattern position deviations, color variations, and missing sections, helping manufacturers maintain consistent presentation and readability across production batches.

4. Automated Label Production Lines

The machine can be integrated into compatible label production lines where automated inspection and defective-label rejection are required. By coordinating with downstream equipment, it helps reduce manual sorting and supports a more streamlined quality control process. Compatibility should be confirmed according to the existing production line layout and label specifications.

How to Operate the AI Label Inspection Machine

Prepare the machine: Check the two industrial cameras, lighting, AI inspection software, and connections to compatible downstream equipment.

Configure inspection settings: Select the appropriate inspection program according to the label type, dimensions, patterns, text, and defect criteria.

Run a sample test: Feed sample labels through the system and verify that both sides are inspected correctly. Adjust the settings if necessary.

Start inspection: Begin production and monitor the inspection results. The stated inspection speed is up to 200 pieces per minute, depending on operating conditions.

Verify rejection performance: Confirm that defective labels are rejected correctly by the connected downstream equipment.

For best results, test representative label samples before production to confirm detection performance and equipment compatibility.

FAQ

Q1: What types of defects can the AI Double-Sided Label Inspection Machine detect?

The machine is designed to identify visible label defects, including surface stains, pattern misalignment, text imperfections, color variations, missing sections, uneven edges, and missing threads. Actual detection performance depends on the label material, defect characteristics, image quality, and inspection settings. Sample testing is recommended to confirm performance for specific applications.

Q2: Can the machine inspect both sides of a label?

Yes. The machine is equipped with two high-definition industrial cameras and is designed for double-sided visual inspection. This allows the system to inspect both label surfaces for visible defects. The inspection setup and performance should be verified using actual label samples and the intended production configuration.

Q3: What is the biggest difference between single-sided and double-sided inspection systems?

The main difference is the inspection coverage. The single-sided system uses one industrial camera to inspect one side of the label(https://www.hyzcnc.com/Single-Side-Label-Visual-Inspection-System-with-AI-pd151727138.html), while the double-sided system uses two. Both systems feature built-in AI inspection software and can work with compatible downstream equipment to reject defective labels.

Q4: What label sizes are compatible with this machine?

The standard inspection range covers label widths of approximately 10–60 mm and lengths of 35–200 mm. Actual compatible dimensions may vary depending on the machine configuration and the equipment used in the production line. Please provide your label dimensions and samples so compatibility can be evaluated.

Q5: Can the machine automatically remove defective labels?

The inspection system works with compatible downstream equipment to reject labels identified as defective. The rejection process depends on the connected machine and production line configuration. Before purchasing, manufacturers should confirm the required rejection method, line integration, and handling of defective labels with the equipment supplier.