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Automotive & Electronics
Coding for Maximum Traceability and Product Protection
Marking in the Automotive & Electronics Industry
In the automotive and electronics industries, reliable product marking plays a decisive role in the fight against counterfeiting and in ensuring traceability. With coded information such as date of manufacture, batch number and production site, original parts can be reliably identified during the incoming goods inspection and distinguished from replicas. Koenig & Bauer Coding offers solutions that include 1D and 2D barcodes, alphanumeric texts as well as graphics and logos - ideal for labelling parts efficiently and in a space-saving manner. In the event of a production error, these markings enable targeted identification and tracing of affected parts so that faulty batches can be recalled and replaced with precision.
You benefit from...
Traceability
In the event of a manufacturing defect, faulty parts can be identified and sorted out thanks to their marking. Whether it's 1D or 2D codes, alphanumeric text, logos, or graphics – we make information visible. Especially smart: the Data Matrix Code (DMC) contains all the key details – from production site and timestamp to batch number. This ensures every part remains traceable at all times.
Identification
Protection against counterfeiting starts with the right marking: Informative product codes containing encrypted production dates, batch numbers, or manufacturing locations make it easy to spot copies. This also provides clarity during incoming goods inspection – original parts are instantly recognizable. That way, quality in the supply chain stays under control – and counterfeiters are kept out.
Durability
When marking needs to last: Our solutions offer maximum durability, whether by laser or CIJ. Laser marking creates abrasion-resistant, tamper-proof marks directly in the material. With the alphaJET and its oil- and gasoline-resistant inks, even demanding surfaces can be marked reliably.
Expertise
Whether it’s complex geometries, special materials, or challenging production environments – no component is exactly like the other. That’s why we rely on customized solutions tailored precisely to your requirements. Our application experts support you from the initial idea to final implementation, bringing their expertise directly into your project.
High-Point Marking for Uniformity
The high-point marking on tires identifies the spot with the greatest radial runout within the uniformity lines – a key factor for optimal balance and performance. With the hpdSYSTEM moto, manufacturers can mark this high point precisely and reliably. This enables accurate alignment during wheel assembly and contributes to better balancing.
Especially in the automotive industry, this marking is essential: even the slightest deviation from perfect roundness can affect ride comfort, safety, and overall quality. By clearly marking the high point, the tire can be precisely aligned during assembly – reducing vibrations, improving driving stability, and ensuring compliance with the highest quality standards.
Looking for the right coding and marking solution?
Request more information now – we’re happy to help you find the right fit for your application.
Matching Technologies
Continuous-Inkjet SystemsMarking at the Highest Level
Precise, clear and variable - marking at top speed.
Laser SystemsSmart Marking
Perfect for permanent, absolutely smudge- and abrasion-proof marking.
Hot-Foil SystemsMaximum Functionality
High economic efficiency and reliable operation for brilliant prints.
FAQs
Component marking refers to the process of applying permanent identifiers, such as text, symbols, barcodes, or Data Matrix codes, directly onto individual components. This practice is particularly crucial in the automotive and electronics industries, where precise identification and traceability of parts are essential. By marking components, manufacturers can streamline processes such as inventory management, production tracking, and quality assurance. The markings also help ensure compliance with industry standards and regulations, as well as enhance the visibility of components throughout the supply chain. Additionally, component marking serves as a critical tool in combating counterfeiting and verifying the authenticity of parts which is especially vital for safety-critical applications in automobiles and electronic devices. Advanced marking technologies, such as laser etching and inkjet printing, allow for highly durable and legible markings on a variety of materials, from metals to plastics.
The primary purpose of component marking is to provide clear and permanent identification of electronic parts. This identification enables efficient tracking of components from manufacturing through to end-use, supporting quality assurance and regulatory compliance. In the automotive sector, where safety and reliability are paramount, component marking ensures that each part can be traced back to its origin, facilitating recalls if necessary and maintaining the integrity of the supply chain. Additionally, it helps in distinguishing genuine parts from counterfeit ones, protecting both manufacturers and consumers.
Electrical component marking utilizes various techniques to apply identifiers onto components. Common methods include laser marking and inkjet printing. Laser marking uses focused laser beams to engrave or ablate the surface, creating precise and durable marks without physical contact. Inkjet printing applies ink-based marks and is suitable for high-speed production lines. The choice of method depends on factors such as material type, required durability, production volume, and environmental considerations. Advanced marking systems can produce high-resolution codes, including 2D barcodes like Data Matrix, which store extensive information in a compact format, enhancing traceability and data management.
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