Mark & Read is a solution that integrates code reading and verification immediately following the laser marking process.
Once the mark is applied, the system reads the generated code and verifies whether it can be decoded correctly. This allows for the incorporation of a quality control step directly into the identification process, helping to detect codes that do not meet established legibility criteria before the part continues through the production process.
The solution is specifically designed for industrial traceability applications where simply marking the part is not enough; it is also necessary to verify that the generated information can be read correctly.





Code reading after marking, incorporating verification into the same process.
Compatibility with 1D and 2D codes, depending on the application configuration.
Code readability verification, identifying correct or incorrect results.
Code quality assessment, when the application is configured to perform this function.
Scanning without needing to move the part or the marking head, keeping both operations within the same station.
Integration with automated systems, allowing the scan result to be communicated to the plant control system.
Code reading after marking, incorporating verification into the same process.
Compatibility with 1D and 2D codes, depending on the application configuration.
Code readability verification, identifying correct or incorrect results.
Code quality assessment, when the application is configured to perform this function.
Scanning without needing to move the part or the marking head, keeping both operations within the same station.
Integration with automated systems, allowing the scan result to be communicated to the plant control system.
Scanning takes place after the code is generated, allowing its readability to be verified within the production cycle itself.
Not only is the identification generated, but the system also confirms that the marked code is readable before the part continues through the process.
Reading can be performed without moving the part or repositioning the marking head, which helps reduce additional operations within the cycle.
The system can determine whether the read is correct or incorrect and communicate the result for use within the automated process.
In addition to verifying the read, the solution can extract the data contained in the code for use within the production or traceability system.
Mark & Read is designed to integrate compactly into the marking system, making it easy to incorporate into both new installations and, when the configuration allows, existing equipment.
Scanning takes place after the code is generated, allowing its readability to be verified within the production cycle itself.
Not only is the identification generated, but the system also confirms that the marked code is readable before the part continues through the process.
Reading can be performed without moving the part or repositioning the marking head, which helps reduce additional operations within the cycle.
The system can determine whether the read is correct or incorrect and communicate the result for use within the automated process.
In addition to verifying the read, the solution can extract the data contained in the code for use within the production or traceability system.
Mark & Read is designed to integrate compactly into the marking system, making it easy to incorporate into both new installations and, when the configuration allows, existing equipment.
Mark & Read is a solution that combines laser marking with subsequent code reading to verify that the generated identification can be decoded correctly.
The solution is designed to work with 1D and 2D codes, depending on the configuration defined for each application.
No. The system can verify whether the marked code is legible and, when the application is configured to do so, also assess its quality.
Not necessarily. One of the main advantages of Mark & Read is that it allows for reading without moving either the part or the marking head, which reduces the number of operations within the cycle.
Yes. The solution can communicate the OK / NOK reading result, as well as the information obtained from the code, for use by the plant’s control system.
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