Italian additive manufacturing house CRP Group has launched CRP UniqTrust, a traceability system designed to give individual 3D-printed and CNC-machined parts a verifiable "digital identity" that travels with them from the factory floor to the end user. The system pairs a physical part with a protected digital record, letting an authorized recipient scan a component's packaging and pull up its certificate of authenticity, order references, and material data on the spot.
CRP Group is best known in the AM world for Windform, its line of carbon- and glass-filled composite powders used in SLS printing for motorsport, aerospace, and defense applications — industries where a counterfeit or mis-specified part isn't just a warranty headache, it's a safety liability. UniqTrust was built with exactly that risk in mind.
How It Works
According to DEVELOP3D's coverage of the launch, the core of the system is a non-clonable element embedded directly in a part's packaging. That element is verified by an authorized operator's device, which pulls up a digital record tied to that specific unit. That record includes the part's certificate of authenticity, its order references, part code, and material used, with additional customized technical documentation available on request — giving a purchasing manager, quality inspector, or race-team engineer a way to confirm that the component in their hands is genuinely what CRP shipped, not a substitute or a counterfeit copy. The "non-clonable" framing matters here. A simple QR code or printed serial number can be photographed and reproduced, which defeats the point of an anti-counterfeiting system. CRP developed UniqTrust in partnership with Contatto Divino, a specialist in NFC and AI-driven anti-counterfeiting technology that connects high-value physical products to a digital ecosystem, to build in a physical layer that resists duplication rather than relying on the digital record alone. The intent is that the trust anchor lives in the packaging element itself — clone the printed part and you still can't clone the tag that authenticates it. Neither CRP nor its coverage has detailed whether verification in the field requires a standard NFC-enabled smartphone or a dedicated authorized reader, so that detail remains an open question rather than a confirmed spec. TCT Magazine's coverage adds that the system is also designed to flag read requests that look inconsistent with an intended recipient, giving CRP a way to catch suspicious activity in the field rather than relying purely on the tag itself being tamper-proof — and CRP frames the broader goal as cutting down on the paper certificates and datasheets that traditionally travel alongside a part.
The system is being rolled out across CRP's production lines for both CNC-machined metal components and SLS-printed Windform polymer parts, meaning the traceability layer isn't limited to one manufacturing process — it's positioned as a company-wide standard for parts headed into regulated or safety-critical supply chains. CRP frames UniqTrust as an extension of a track record it has built over more than fifty-five years of manufacturing components for industries with little tolerance for error, per Cevolini's own framing of the launch.
Why Now: The EU Digital Product Passport
The timing is not incidental. The European Union's Digital Product Passport (DPP) framework, part of the broader Ecodesign for Sustainable Products Regulation, has required an expanding range of products sold in the EU to carry information about their origin, materials, environmental impact, and disposal recommendations since 2024, and DEVELOP3D reports the framework is expected to extend further into manufacturing industries. A DPP is essentially a digital record that follows a product through its lifecycle, documenting where it came from, what it's made of, and how it can be repaired, recycled, or verified. CRP is explicitly positioning UniqTrust as a system that aligns with that direction rather than one it's being forced into after the fact.
Franco Cevolini, CRP Group's CEO and CTO, framed the launch in those terms, telling TCT Magazine: "For over fifty-five years, we have been manufacturing components for those who cannot afford margins of error. CRP UniqTrust is the natural evolution of this culture: it is no longer enough for a part to be expertly made — it must be able to prove its own identity and conformity at any point in its life cycle." That's a notably broader claim than a typical anti-counterfeiting pitch — it frames traceability not as an optional add-on for high-end customers but as a baseline expectation that regulation is about to make universal across manufacturing.
For an industry built on digital files that can be copied, shared, and reprinted with only as much fidelity as the original CAD data and process parameters allow, that's a real structural challenge. Additive manufacturing has always had a harder time proving "this exact part came from this exact process" than traditional manufacturing with its forged serial numbers and mill certs. A system like UniqTrust is CRP's attempt to close that gap at the packaging and delivery stage, even if it doesn't (and can't, on its own) verify what happened during the print itself.
What It Means for Makers
UniqTrust is aimed squarely at CRP's own commercial customers — motorsport teams, aerospace primes, defense contractors, and industrial buyers who need documented chain-of-custody on parts that end up in safety-critical assemblies. It isn't a consumer feature, and there's nothing here that a hobbyist running an open-source SLS or FDM setup can adopt directly. But the direction is worth watching for anyone paying attention to where the broader AM industry is heading. If the EU's Digital Product Passport rules expand further into manufactured-goods categories, expect part traceability — cryptographic or physical anti-clone elements tied to a digital record — to move from "nice differentiator for aerospace suppliers" to a compliance line item that trickles down through supply chains, including smaller job shops and print farms that sell into regulated industries. Vendors selling filament, resin, or powder into professional markets may eventually face similar pressure to document material batches and provenance in a verifiable way, rather than a printed lot number on a spool label.
For makers running their own printers, the near-term takeaway is more about awareness than action: this is a signal of where quality-assurance expectations in professional AM are trending, and a preview of the kind of tooling — NFC-based anti-counterfeiting tags, non-clonable packaging elements, linked digital records — that may eventually show up further down the supply chain, including in the components and raw materials that feed hobbyist and prosumer machines.
