/vɪziˈɒnɪks/ — "viss-ee-ON-iks"
/vɪziˈɒnɪks/ — "viss-ee-ON-iks"
Visionics lasers GS1 2D Digital Link codes directly into cardboard packaging. Permanent, consumable-free, and fully traceable the instant it's scanned.
Generate a GS1 Digital Link, mark it, scan it, and see every batch and expiry field resolve instantly. This is the same live tool behind every code Visionics puts on your packaging.
Free to try: generate a code, print the barcode, scan it back.
Every code we mark resolves to a live Digital Link, with batch, expiry, and supply-chain data available the instant it's scanned. Fully aligned with the 2027 global shift to GS1 2D barcodes.
No inks, solvents, or adhesive labels. The code is burned directly into the board, permanent, and one less consumable line in your production budget.
Equipment, installation, and ongoing support for a fixed monthly fee based on your production volume. No capital outlay to get started.
Laser marking is mature, reliable technology. Cardboard is our current focus, with the same process proven across HDPE, flexible pouches, and recycled plastics.
Tell us what needs branding, and we'll scope the implementation.
Not every engagement starts with a lease. Visionics also advises directly on laser implementation, and on GS1 compliance and Digital Link strategy.
Evaluating, specifying, or troubleshooting a marking system, including hardware that isn't ours. Vendor-agnostic advice from someone who has commercialised laser systems from the semiconductor industry through to fresh produce.
Sunrise 2027 readiness, barcode and data strategy, and Digital Link implementation. Practical guidance built from hands-on tooling, not theory.
On GS1 Digital Link, ink-free marking, and what it's actually like to run a laser on a packaging line.
GS1 Digital Link is GS1's standard for embedding traceability data (batch, expiry, serial number, supply-chain data) into a scannable 2D barcode that also resolves to a live web address when scanned. One code does the job of a barcode and a QR code combined.
Sunrise 2027 is GS1's global initiative for retailers and supply chains to be able to scan 2D barcodes, like GS1 Digital Link codes, everywhere a traditional 1D barcode is scanned today, by the end of 2027. It's the deadline driving manufacturers to move from linear barcodes to 2D codes across their packaging now.
Instead of printing a barcode with ink, toner, or a self-adhesive label, the code is engraved directly into the surface of the cardboard using a laser. There's no ink cartridge, ribbon, solvent, or label stock to buy, store, or run out mid-shift, and the mark can't peel off, smudge, or be swapped.
Lasing organic material like cardboard does produce a small amount of fume and fine particulate, the same as any laser-etching process on paper-based material. Visionics' marking systems run inside a sealed, interlocked enclosure with fume extraction and filtration built in, so it's captured and exhausted rather than released onto the factory floor.
Laser marking is a mature, widely deployed industrial process. Visionics' systems are fully enclosed with interlocked safety guarding, so operators aren't exposed to the beam during normal operation, and the enclosure is engineered to IEC 60825-1, the international standard governing laser product safety.
Printed labels and inkjet coding both rely on a consumable (label stock, ink, or solvent) that has to be bought, stocked, and replaced, and both can be damaged, mismatched, or removed. A laser-marked code is burned into the board itself, so it's permanent for the life of the box with no consumable line item.
Visionics leases the marking equipment, installs it, and supports it for a fixed monthly fee based on production volume. There's no upfront capital purchase to get started, and equipment issues are covered under the lease.
Adam is an engineer and deep-tech entrepreneur who has spent over a decade turning laboratory-grade laser and sensing technology into deployed, commercial systems.
He holds a PhD in Nanotechnology and a Bachelor's in Electrical & Computer Engineering (First Class Honours) from RMIT University, with research fellowships at RMIT and ETH Zürich. Early in his career he led the commercialisation of laser machining systems for the semiconductor industry with OptoTech, the same precision-laser foundations Visionics now applies to industrial packaging.
Since then, Adam has co-founded and built multiple deep-tech ventures, including Atmo Biosciences (ingestible gas-sensing diagnostics) and Natural Branding Australia, where he took laser marking technology from concept to commercial deployment in the fresh produce industry: direct, hands-on proof that laser systems can be specified, built, and run reliably outside a lab.
He founded Visionics to bring that same rigor to industrial traceability: helping manufacturers implement laser marking and navigate the shift to GS1 2D barcodes and Digital Link ahead of Sunrise 2027, whether that means leasing Visionics' own equipment, or advising on a system you're building yourself.
Visionics specializes in integrating laser branding into existing production lines without sacrificing throughput. Our 'Swap-and-Go' service guarantee ensures your line never stops.