中文Most label converters buy laminate and print on it. ETI Converting Equipment builds machines premised on a different idea: that the converter should make the laminate itself, in line, as part of the same pass that prints and finishes the label. At Loupe Americas 2026 in Chicago, the company will promote that proposition from booth 718 in Hall A, covering pressure-sensitive materials, linerless and specialty label applications.
Two platforms anchor the stand. The Cohesio in-line coating and converting system represents the integrated-manufacturing approach, and the LinerO linerless label platform addresses the substrate question from the opposite direction — by removing the liner altogether. Company experts will be available to discuss both, alongside ETI’s full range of adhesive technologies including hotmelt, UV-curable acrylic hotmelt, water-based acrylic emulsions and silicone release coatings.
Visitors will find samples and production videos at the booth, plus live linerless labelling system demonstrations showing performance on automated production lines — a meaningful distinction, since linerless has always been easier to justify on paper than to run at speed in a real application environment.
“Coating expertise is at the heart of everything we do,” said Maxime Bayzelon, president of ETI Converting Equipment. “Loupe Americas 2026 is the ideal platform to show how process control and manufacturing flexibility can help converters expand their capabilities and create new opportunities for growth.”
That phrase — process control and manufacturing flexibility — is the actual pitch, and it is worth unpacking, because the in-line coating argument is frequently misunderstood as being purely about material cost.
The cost argument does exist. A converter coating its own adhesive and silicone in line buys base paper or film, adhesive and silicone rather than finished laminate, and captures the margin that a materials supplier would otherwise take. On high-volume standard constructions, that is a real and calculable saving. But it is not the most interesting part of the case, because it only works if the converter has the volume and the operational discipline to run a coating line well, and it exposes them to raw material price volatility they previously outsourced.
The structural argument is stronger. A converter that coats in line is no longer restricted to the constructions its supplier chooses to stock. It can specify face stock, adhesive chemistry and release characteristics independently, which means it can quote applications that fall outside catalogue laminates — unusual substrates, specific adhesion or removability requirements, service temperatures at the edges of the normal range, or regulatory constraints in food-contact and pharmaceutical work. For a converter competing against a field of businesses buying identical material from identical suppliers, that is differentiation that cannot be matched on price.
It also compresses lead time in a way that matters commercially. Sourcing a non-standard laminate is a supplier conversation measured in weeks, often with a minimum order quantity that makes small trials uneconomic. Coating in line converts that into a machine setup, which changes what a converter can realistically say yes to. The breadth of ETI’s adhesive portfolio supports exactly this: hotmelt for general-purpose performance and economy, UV-curable acrylic hotmelt where higher temperature resistance and clarity are needed, water-based acrylic emulsions for a different balance of tack and durability, and silicone release coatings to tune liner release for high-speed dispensing.
LinerO approaches the same waste-and-cost problem from the other end. The liner in a pressure-sensitive construction is material that is manufactured, coated, transported, and then thrown away — typically the single largest waste stream in label application, and one that is difficult to recycle because it is siliconised. Eliminating it removes cost, weight, freight and disposal simultaneously, which is why linerless attracts consistent interest from brand owners with packaging waste commitments.
The reason linerless has remained a niche despite that logic is technical, and it sits mostly downstream of the converter. Without a liner, the adhesive is exposed to the printing and converting process itself, which demands careful management of coating, drying, cutting and rewinding. Then the label has to dispense reliably on an applicator that was designed for lined material, at line speed, without adhesive transfer to rollers or blades. Historically, linerless demonstrations impressed on a show floor and disappointed in a plant. That is why live demonstrations on automated production lines are the right thing for ETI to be showing: the question converters actually need answered is not whether linerless works, but whether it runs.
The timing is favourable. Sustainability requirements have shifted from marketing preference to procurement specification for many brand owners, and matrix and liner waste is one of the most visible and quantifiable targets in the label supply chain. At the same time, run lengths continue to shorten and SKU counts continue to climb, which rewards converters who can change construction quickly rather than those optimised for long runs of standard material.
For converters visiting booth 718, the useful questions are practical: what volume threshold makes in-line coating economic in a specific plant; what technical skills the operation needs to add to run a coating process reliably; which of its current applications could be re-specified using a construction no supplier stocks; and, for LinerO, which customer applicators it has actually been proven on. The samples and videos answer the capability question. The line-speed demonstrations answer the harder one.
Source: Based on reporting from Labels & Labeling.
