Elektronics Industry
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Process Transparency
and Traceability for
the Electronics Industry
Electronic components, printed circuit boards, and assemblies go through numerous production, testing, and logistics processes. Unambiguous marking ensures that products and components can be identified at any time and that the associated information can be reliably assigned to them.
Marking poses particular challenges, especially when dealing with small components, complex manufacturing processes, and components that have already been installed. Temperature, mechanical and chemical stresses, as well as limited space, require solutions that are precisely tailored to the respective application.
The Plöckl Media Group develops durable and reliable marking solutions for these applications—ranging from high-temperature labels and RFID to security and tamper-evident labels.

Unique Identification of Components and Assemblies
In electronics manufacturing, printed circuit boards, components, and assemblies go through numerous production and testing steps. Unique identification makes it possible to reliably identify the respective components and unambiguously associate relevant product and manufacturing information with them.
Barcode, 2D code, and RFID solutions support automated data capture and ensure greater transparency within the manufacturing process. For example, production steps can be documented, components can be assigned, and information can be made available throughout the entire manufacturing process.
Depending on the application, the markings must withstand a wide variety of conditions, such as high temperatures during reflow or wave soldering, or long-term stresses after assembly.
Electronics That Can Be Permanently Identified
Electronic products and components may be at high risk of tampering and counterfeiting. Special security and tamper-evident labels help to uniquely identify products and make unauthorized tampering visible.
Depending on the solution, visible and hidden security features can be used. In combination with digital identification and authentication solutions, it is also possible to verify whether a product is indeed the original.
Electronics Identification Throughout the Entire Product Lifecycle
Unique identification offers added value not only during manufacturing and use. Even at the end of the product life cycle, stored product and material information can help uniquely identify components and manage recycling processes more effectively.
In this way, the labeling creates a seamless connection between the product, its information, and the individual stages of its life cycle, from manufacturing to recycling.
Elektronik entlang der Supply Chain verfolgen
Electronic components and products often go through various production, warehousing, and transportation processes.
Unique identification enables reliable assignment and traceability across these individual stages.
RFID and barcode solutions can automatically capture information, thereby supporting transparent movement of goods. From individual components to assemblies to finished electronic products, identifiers can be uniquely assigned and information retrieved as needed.
This creates a seamless link between the physical product and its associated data.
The right marking solution for your electronics application.
Compact components, sophisticated manufacturing processes, and high durability requirements call for reliable marking solutions.
PMG TECHNOLOGIES for the
Electronics Industry
The Plöckl Media Group (PMG) develops and manufactures customized labeling solutions for the electronics industry. Our portfolio includes barcode and 2D code labels, high-temperature labels, RFID solutions, and security and tamper-evident labels for the unique identification, traceability, and protection of electronic products.
Thanks to our many years of experience, comprehensive application expertise, and high level of vertical integration at our Pfaffenhofen a. d. Ilm facility, we can tailor labeling solutions to specific products, production processes, and applications.
From the selection of suitable materials and technologies through to mass production, the Plöckl Media Group supports the implementation of customer-specific requirements. PMG offers specially tailored labeling solutions for a wide range of requirements in electronics manufacturing.
🔧 Technical Specifications of Our Labeling Solutions
To ensure that labeling functions reliably throughout the entire reusable product cycle, our solutions are designed to meet industrial requirements:
- High-temperature resistance
Special high-temperature labels are designed for use in demanding soldering processes. Depending on the version, they can withstand temperatures of up to +398 °C. - Suitable for reflow and wave soldering
Depending on the variant, PMG HighTemp+ Acid Pro labels are tested and certified for various soldering processes. The PMG 3126 is suitable for reflow soldering, while the PMG 3171 is suitable for both reflow and wave soldering. - Low outgassing
Special synthetic adhesive systems with low outgassing ensure reliable adhesion and high process reliability, even under thermal stress. - Antistatic and halogen-free
These labeling solutions are antistatic and halogen-free, making them suitable for use in demanding electronics applications. - Custom sizes and shapes
The labeling solutions can be manufactured in various sizes and shapes to suit the specific application and can be supplied as blank or pre-printed labels.

Marking where electronic components must be reliably identified
Plöckl Media Group solutions are used wherever electronic components, printed circuit boards, and assemblies need to be reliably identified and tracked across various production and process steps. Consistent and unambiguous labeling throughout the entire product lifecycle is crucial in this context.
Logistik & Supply Chain
Labeling of crates, boxes, containers, and load carriers in industrial circulation.
Industry & Mechanical Engineering
Unique identification in shared, reusable systems with many participants and circulation stations.
Maintenance & Service
Labeling of reusable crates and transport containers in the food and fresh produce supply chain. Particularly relevant for temperature-controlled and hygiene-critical reusable systems.
Printed Circuit Boards & Assemblies
Unique identification during assembly, testing, and manufacturing.
Electronics Manufacturing
Identification and tracking of components and products across various production steps.
Automotive
Permanent identification of electronic components, even after installation.
FAQ ABOUT ELEKTROINDUSTRY
Why is unique identification of electronic components important?
Unique identification enables the reliable identification and traceability of components, printed circuit boards, and assemblies. It supports process control, quality assurance, and logistics, and ensures that relevant product information can be clearly assigned.
What labeling solutions are suitable for printed circuit boards?
Different solutions are used depending on the manufacturing process and requirements. Barcode and 2D code labels enable unique identification. PMG offers special high-temperature labels for processes involving high temperatures. RFID labels are available for automated and contactless identification.
Is the label still clearly legible after reflow and wave soldering?
Yes. The PMG HighTemp+ Acid Pro Label was specifically developed for demanding soldering processes. The PMG 3126 is tested and certified for reflow soldering, while the PMG 3171 is tested and certified for both reflow and wave soldering.
What are the advantages of RFID for electronic labeling?
RFID enables automatic identification without direct visual contact. This allows electronic components, assemblies, and products to be quickly recorded and tracked throughout production and logistics processes.
Can electronic components be identified even after they have been installed?
Yes. RFID tags can also be used on components that have already been installed. This allows, for example, electronic components in vehicles, machines, or technical systems to be identified over the long term and used for maintenance, service, or traceability.






