Digital Product Passport (DPP): A new era for industrial traceability
Everything you need to know about DPP and Direct Part Marking (DPM) solutions.
Driven by technological and regulatory innovation, the transition toward more sustainable and traceable industrial production is accelerating under new European regulations. At the heart of this transformation lies the Digital Product Passport (DPP).
This system aims to improve traceability and transparency across industrial supply chains. But what exactly is the DPP, and how can Gravotech help your business seamlessly navigate this new era? Let's dive in.
What is a Digital Product Passport (DPP)?
What exactly is the DPP?
Think of the DPP as a comprehensive "digital ID" that accompanies a product throughout its entire lifecycle. It compiles essential, verified information about the product: the origin of raw materials, composition, environmental footprint, repair instructions, and end-of-life recycling procedures.
All of this data is accessible via a physical code placed directly on the product, such as a scannable QR code or Datamatrix code.
The passport is designed to serve everyone involved in the product's journey. It connects all stakeholders, providing transparency for suppliers, manufacturers, importers, waste collectors, recyclers, and end consumers alike.
Why now? The regulatory path to 2050
The DPP was developed as a key component of the European Green Deal, specifically under the ESPR (Ecodesign for Sustainable Products Regulation). It serves as the practical enforcement tool for a major political ambition: making Europe the world's first climate-neutral continent by 2050.
Its primary goal is to promote a circular economy, eco-design, and long-term product sustainability. To achieve this, the DPP is designed to break down the opacity of global value chains.
By complying with the ESPR, the passport transforms every physical product into a centralized source of product data. Critical details regarding a product's traceability, repairability, and overall carbon footprint will now be more transparent across the value chain.
This regulation applies to most physical products, and their key components, placed on the European Union market. However, the rollout will be gradual.
Compliance becomes mandatory starting in 2027 for priority sectors, including industrial and automotive batteries, textiles, and consumer electronics. Other industries, such as furniture, construction materials, and plastics, will follow by 2030.
Who’s concerned?
The regulation targets most physical products on the EU market, with mandatory compliance from 2027 for the highest-priority sectors: industrial and automotive batteries (lifecycle data, materials origin, carbon footprint), consumer electronics (part-level traceability at high volumes), and textiles (fiber composition, repairability, end-of-life instructions).
Automotive and aerospace manufacturers, already familiar with DPM standards such as GS1 and AS9132, will see their existing traceability obligations extended to cover sustainability data.
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What the DPP entails: Opportunities and caution
The business benefits of the DPP
Adopting the Digital Product Passport goes far beyond simple regulatory compliance. It represents a profound transformation of our traditional economic and industrial models. The DPP helps consumers make more informed choices and promotes brands' eco-design initiatives. In short, it strengthens traceability, compliance, product lifecycle management, supply chain visibility and customer relationships.
But that’s not all, this system allows you to quickly identify the source of a defect in a batch of products, making recalls or corrections easier. In addition, it helps combat counterfeiting and secures transactions by standardizing data (particularly using GS1 standards).
Ultimately, it extends the lifespan of products and reduces obsolescence, in particular by providing disassembly manuals and maintenance guides.
The challenges in adopting the DPP
Implementing the DPP involves real operational hurdles, particularly for industrial companies that must integrate it into complex, multi-tier supply chains.
- That implies a major technological transformation. This often means connecting existing ERP, PLM, and MES systems to a central data repository, an overhaul that can require significant reorganization of legacy IT architectures and processes.
- Companies must also invest heavily in secure IT infrastructures.
- Gathering accurate information from multiple international suppliers throughout the supply chain creates a significant workload, particularly for small businesses.
- They need to adopt common data standards (such as GS1 standards) to prevent fragmentation across sectors.
- It is also necessary to ensure the confidentiality of sensitive industrial data. Manufacturers must design access controls that expose only the data required by regulation, while protecting commercially sensitive details such as formulas, process parameters, and supplier relationships.
Meeting DPP requirements
For the DPP to function, a durable and reliable physical link is required between the product and its digital counterpart.
The information carrier (such as a Datamatrix code or QR code) must be resistant to wear and tear, heat, solvents, and other extreme conditions throughout the product's entire lifespan.
To meet these strict demands, Gravotech offers DPM solutions. These permanent marking technologies ensure full compliance with international identification requirements, including the GS1 standard.
Which marking technology should you choose?
| Technology | Machines | Materials | Applications | Benefits | Equipment price |
| Laser | Benchtop stations: WeLase™, LW2, LW3. Integrable lasers: Fiber, MOPA, Hybrid, Green, CO2. | Metals, plastics, organic materials |
|
| $$ - $$$ |
| Dot peen | Benchtop: Impact. Integrable: XF510p, XF510m, XF530. | Metals, plastics |
|
| $ - $$ |
| Scribing | XF510r, SV530 | Metals |
|
| $ - $$ |
Which permanent marking solutions for DPP?
With a laser marking solution, the contrast is high and the process is extremely fast. These machines are ideal for engraving complex, high-definition Datamatrix codes on metals, plastics, or organic materials (depending on the source).
In high-speed, automated production environments, laser marking keeps pace without slowing throughput; ensuring real-time, individual traceability of every component from the moment it is manufactured.
Small laser engraver for all kind of engravings.
WELASE
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Medium fully automated laser marking station.
LW2
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Large fully automated laser workstation with Fiber, Hybrid or Green sources
LW3
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Integrated laser system to mark and engrave on all metals.
FIBER laser
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Integrated laser system for high-quality marking on metals and plastics.
MOPA Laser
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Integrated laser system for high quality marking on plastics and metals.
HYBRID laser
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Integrated laser system for high quality and cold marking on plastics and precious metals.
GREEN laser
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This technology creates a permanent, deep mechanical mark. It's particularly suitable for industrial parts exposed to harsh environments and ensures identification that remains intact even after painting or aggressive treatments.
- Stations: Impact series
- Integrable: XF510p, XF510m, XF530
Standalone dot peen marking station.
IMPACT
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The fastest pneumatic dot peen marking machine.
XF510p
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The most precise and consistent electromagnetic dot peen marking machine.
XF510m
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Deep and permanent dot peen marking system.
XF530 p/m
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It provides a quiet, deep and high-quality marking (continuous engraving), making it particularly suitable for noise-sensitive production environments. This machine marks metal very effectively and is capable of marking parts intended for harsh environments (such as dot peen marking).
To address data encoding challenges required by the DPP, Gravotech supplies its machines with advanced industrial laser software such as Lasertrace, Gravostyle™, or the T08 embedded software for dot peen and scribing.
The software simplifies deployment by automatically encoding raw data according to GS1 standards. It manages application identifiers to generate perfectly formatted 2D codes that can be read instantly by industrial cameras and mobile apps.
The Digital Product Passport marks a new industrial era based on the circular economy, transparency, and data. With compliance requirements taking effect as early as 2027 for priority sectors, manufacturers need to plan ahead.
Manufacturers face the challenge of establishing a sustainable system for collecting and organizing information about their products. This requires leveraging international standards such as GS1 alongside direct part marking (DPM) technologies, and making sure every link in the production process complies with the new system.
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