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HY-368W+OCR
The CNC Ultrasonic Automatic Label Cutting Machine is designed for efficient cutting and quality inspection of printed fabric labels. Featuring high-efficiency ultrasonic cutting technology and an intelligent camera inspection system, it combines label cutting with automated visual inspection in one production process. The system supports defective label marking, surface stain detection, label length measurement, barcode reading, and optical character recognition (OCR). It can work with compatible downstream equipment to reject nonconforming labels. With cutting and inspection speeds of up to 200 pieces per minute, this machine helps textile label manufacturers improve production efficiency, reduce manual inspection, and maintain consistent product quality. Cold cutting is available as an optional function.
The machine uses ultrasonic cutting technology to process various printed fabric labels efficiently. Ultrasonic cutting is suitable for many textile label applications and helps achieve consistent cutting results when the machine is properly configured for the label material. With a cutting speed of up to 200 pieces per minute, it supports automated label production and helps manufacturers improve processing efficiency.
Equipped with an intelligent camera inspection system, the machine checks cut labels for specified visual and data-related defects. Its inspection functions include bad label mark detection, surface stain inspection, label length measurement, barcode reading, and optical character recognition. Combining cutting and inspection in one workflow helps manufacturers identify nonconforming labels earlier and reduce reliance on separate manual inspection processes.
The built-in vision inspection system supports barcode reading and optical character recognition (OCR) to help verify machine-readable codes and printed text on labels. These functions are useful for applications where label information must be checked during production. Actual recognition performance depends on barcode type, print quality, character style, image quality, and system configuration. Sample testing is recommended for specific label designs.
The inspection system can mark labels identified as defective and work with compatible downstream equipment to reject nonconforming products. This process helps separate defective labels from acceptable ones and supports more consistent quality control. The rejection method and degree of automation depend on the connected equipment and production line configuration.
In addition to ultrasonic cutting, cold cutting is available as an optional function for applications requiring a different cutting method. The compact machine design supports integration into suitable production environments, while its user-friendly operation and maintenance-focused design help simplify routine production tasks. Cutting method selection should be based on the label material, edge-finish requirements, and actual production needs.
Both the cutting speed and visual inspection speed are specified at 0–200 pieces per minute. This allows manufacturers to evaluate the machine for production lines requiring both cutting and inspection. Actual throughput depends on label dimensions, material, inspection requirements, barcode and OCR complexity, and downstream equipment. The cutting and inspection speeds should not be assumed to reach their maximum values simultaneously without application testing.
Standard Cutting Method | Ultrasonic Cutting |
Optional Cutting Method | Cold Cutting |
Cutting Speed | 0-200 pcs/min |
Vision Inspection Speed | 0-200 pcs/min |
Dimension | 2024L×750W×1470H(mm) |
Weight | 270KG |
Voltage | 220V AC 50Hz |
Power5 | 2KW |
Defect Mark Inspection | Supported |
Surface Stain Inspection | Supported |
Label Length Measurement | Supported |
Barcode Reading | Supported |
Defective Label Rejection | Via Compatible Downstream Equipment |
Applicable Materials | Various Printed Fabric Labels |
The machine is suitable for manufacturers producing printed fabric labels for garments, accessories, and textile products. Ultrasonic cutting supports label processing, while the camera inspection system checks for surface stains, defective label marks, and other configured inspection targets. This integrated workflow helps manufacturers improve production efficiency and maintain consistent quality across label batches.
Garment brand labels, size labels, and care labels often contain printed text, symbols, or identification information that needs to remain clear and consistent. The machine's OCR and visual inspection functions can help verify supported text and inspect visible defects during production. Suitability depends on label design, printing quality, character format, and the inspection settings configured for the application.
For textile labels printed with barcodes, the machine supports barcode reading as part of the inspection process. This can help manufacturers check whether supported codes are readable before labels proceed to subsequent production stages. Barcode compatibility and recognition performance should be confirmed using actual samples, particularly when labels contain small codes, low-contrast printing, or complex backgrounds.
The machine is suitable for production environments looking to combine label cutting with camera-based inspection. By integrating the cutting process, defect marking, and compatible downstream rejection equipment, manufacturers can streamline label processing and reduce manual handling. Before integration, confirm line layout, label specifications, required production speed, and the rejection method with the equipment supplier.
Prepare the machine: Check the ultrasonic cutting system, camera, lighting, inspection software, and downstream equipment connections.
Configure the cutting process: Set the appropriate cutting parameters according to the label material and required dimensions. Select cold cutting if the optional function is installed.
Set up inspection: Configure defect marking, stain detection, length measurement, barcode reading, and OCR according to the label design.
Run sample labels: Verify cutting quality and confirm that the inspection system correctly identifies the required defects and label information.
Start production: Monitor cutting and inspection performance, and confirm that defective labels are marked and rejected correctly by compatible equipment.
The machine is designed for various printed fabric labels. Actual material compatibility depends on fabric composition, thickness, structure, and cutting requirements. Ultrasonic cutting is the standard cutting method, while cold cutting is optional. We recommend providing label samples and material specifications so the suitable cutting method can be evaluated.
The intelligent camera inspection system supports defective label mark inspection, surface stain detection, label length measurement, barcode reading, and optical character recognition (OCR). The available inspection results depend on the configured program and label characteristics. For specialized barcode formats or complex printed characters, sample testing is recommended before confirming the application.
The specified cutting speed is 0–200 pieces per minute, and the specified visual inspection speed is also 0–200 pieces per minute. Actual production throughput depends on label dimensions, material, cutting requirements, inspection complexity, and line configuration. The maximum cutting and inspection speeds should be verified under the intended operating conditions.
The machine supports defective label marking and can work with compatible downstream equipment to reject nonconforming labels. The exact rejection mechanism depends on the connected production line. Please confirm the required rejection method and integration details when selecting the machine for your application.
Cold cutting is an optional function, while ultrasonic cutting is the machine's standard cutting method. The appropriate cutting option depends on the label material, desired edge finish, and production requirements. Please share your label samples and cutting specifications to help determine whether the optional cold-cutting configuration is suitable.
