| Parameter | Specification |
|---|---|
| Machine Type | PCB QR Code Laser Marking Machine |
| Application | QR Code Marking on PCB |
| Marking Method | Laser Marking |
| Minimum QR Code Size | 4 × 4 mm |
| Workpiece | Printed Circuit Board (PCB) |
| PCB Loading | Bunch Loader |
| PCB Unloading | Bunch Unloader |
| PCB Transfer | Input / Output Conveyor |
| Marking | Permanent Laser Marking |
| Automation | Automated PCB Handling |
| Application Type | PCB Identification & Traceability |
| Production Integration | Suitable for Production-Line Integration |
| Marking Data | QR Code / Identification Data |
| System Configuration | Customizable as per application requirement |
The PCB QR Code Laser Marking Machine is an automated industrial laser marking solution designed for precise and permanent QR code marking on Printed Circuit Boards (PCBs).
The system is developed for integration with automated PCB production lines and incorporates Input/Output Conveyors along with a Bunch Loader/Unloader system for efficient PCB handling.
With the capability to mark QR codes with a minimum size of 4 × 4 mm, the machine provides accurate and consistent identification for PCB traceability, production tracking and manufacturing data management.
In modern electronics manufacturing, PCB traceability is essential for monitoring production, identifying individual boards and maintaining manufacturing records.
The PCB QR Code Laser Marking Machine enables manufacturers to permanently mark QR codes directly onto the PCB surface. The marking can be integrated into an automated production line, reducing manual handling and improving production consistency.
The machine receives PCBs through the Input Conveyor, transfers them to the laser marking station, performs the programmed QR code marking and then transfers the processed PCB through the Output Conveyor.
The Bunch Loader/Unloader system facilitates automatic PCB loading and unloading for streamlined production.
The machine is designed for precise QR code marking directly on PCBs. It can accommodate a minimum QR code size of 4 × 4 mm, making it suitable for applications where compact identification codes are required.
Laser marking provides a permanent identification method without requiring labels, stickers or additional consumables.
This helps maintain PCB identification throughout manufacturing, assembly, testing and handling processes.
An automatic Input Conveyor transfers PCBs into the laser marking system, minimizing manual intervention and supporting continuous production.
After marking, the PCB is transferred through the Output Conveyor to the next manufacturing process.
The integrated Bunch Loader/Unloader supports automated loading and unloading of PCBs and helps connect the laser marking machine with other production-line equipment.
The machine can be integrated with automated PCB manufacturing and assembly lines to create a continuous material-handling and marking process.
The laser marking process is designed to provide controlled and repeatable marking for consistent QR code quality across production batches.
QR codes can be used to associate individual PCBs with production information, manufacturing data, inspection records and other traceability requirements.
PCBs are supplied to the machine through the Bunch Loader or automated input system.
The Input Conveyor transfers the PCB toward the laser marking station.
The PCB is positioned appropriately at the marking station to ensure accurate QR code placement.
The required QR code data is provided to the laser marking system according to the production requirement.
The laser system permanently marks the QR code on the specified area of the PCB.
The marked QR code can be checked for readability and identification as part of the production process, depending on the configured system.
The processed PCB is transferred through the Output Conveyor.
The marked PCBs are collected using the Bunch Unloader or transferred to the next production process.
The machine is suitable for industries and production environments where PCB identification and traceability are required.
For permanent identification of PCBs during electronics manufacturing and assembly operations.
Can be integrated with automated PCB assembly and production systems.
Used to associate individual boards with production and inspection information.
QR codes can support tracking of PCBs through different stages of manufacturing.
Identification codes can be used to connect PCBs with inspection and testing records.
Suitable for integration with automated production lines involving conveyors and PCB handling systems.
Laser marking creates a durable identification mark without relying on adhesive labels.
Automatic conveyors and bunch loading/unloading reduce the requirement for manual PCB movement.
QR codes provide a practical method for linking individual PCBs with manufacturing information.
Automated laser marking helps achieve repeatable marking across production batches.
The system supports QR code marking with a minimum size of 4 × 4 mm.
Input/output conveyors and loading/unloading systems allow the machine to be incorporated into automated production environments.
The machine can be configured according to PCB dimensions, production requirements and line integration needs.
The machine is designed for industrial production environments where precision, repeatability and reliable PCB handling are important.
The combination of automated PCB handling and laser marking helps minimize manual intervention while maintaining consistent marking operations.
Note: QR code size, marking area, laser specifications, conveyor system, loader/unloader configuration, software, and other technical specifications may vary as per the final machine configuration and customer requirements.
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