Print Lamination in Brazil: Trends and Opportunities in 2026
How the growth of folding carton packaging and the automation wave are redefining Brazilian graphic finishing — and what your print shop needs to do to make the most of 2026.
Brazil's graphic industry is one of the largest in Latin America, with estimated revenue of R$ 28 billion in 2025, according to figures from Abigraf. Book covers, packaging, posters and cards go through a decisive finishing step — print lamination — which adds protection and perceived value to the final product. In this article, we analyze the trends for 2026, the drivers of this market, the parameters that prevent the most expensive process defects and how to choose the right laminating machine for your print shop.
1. Growth of the graphic industry and finishing
The South American folding carton market is expected to grow from USD 4.84 billion in 2026 to USD 6.85 billion in 2031, with a CAGR of 7.19%, according to Mordor Intelligence. Brazil concentrates 54.18% of that regional revenue — and a large share of those cartons goes through lamination before reaching the market. It is in this link between printing and final delivery that the print laminating machine finds its place.
The main drivers of demand for print lamination include:
- Editorial: book covers, magazines and catalogs require resistance to scratches and constant handling, with a glossy or matte finish.
- Carton packaging: cosmetics, pharmaceutical and premium food boxes use lamination to raise the brand's perceived quality.
- Promotional material: posters, folders and point-of-sale materials must survive transport and in-store exposure.
Digitalization is accelerating this shift: Mordor itself points to digital printing as one of the growth hot spots of the South American folding carton market, widening batch variety and shortening lead times. For print shops, this means more finishing orders — but also more pressure for productivity, consistency and lower material waste. Equipment with precise control of temperature, pressure and film tension is no longer a differentiator; it has become a competitive requirement.
| Indicator | Value | Period / Source |
|---|---|---|
| Folding cartons (South America) | USD 4.84B (2026) → USD 6.85B (2031) | CAGR 7.19% · Mordor |
| Brazil's regional share | 54.18% of revenue | 2025 · Mordor Intelligence |
| Brazilian graphic industry revenue | R$ 28 billion | 2025 · Abigraf |
| Digital printing in packaging (BR) | CAGR 7.54% (2026–2034) | Packaging Market Insights |
| BOPP films (global market) | USD 14.2B (2024) → USD 23.58B (2032) | CAGR 8.4% · Verified Market Reports |
| Soft-touch lamination films (global) | USD 2.0B (2025) → USD 3.0B (2033) | CAGR 7.2% · Verified Market Research |
Sources: Mordor Intelligence (2026–2031), Abigraf (2025), Packaging Market Insights (2026–2034) and Verified Market Research/Reports (2024–2033).
2. Demand for automatic laminators
The modernization of the Brazilian installed base is a one-way street. Manual and semi-automatic equipment creates productivity bottlenecks that open the door to faster competitors — and finishing is usually the first link to saturate as volumes grow.
The migration to fully automatic laminating machines is not just a matter of volume: it is about consistency, repeatability and waste reduction. In a market where margins are tight, the ability to keep cylinder temperature, nip pressure and film tension within strict tolerances becomes a strategic advantage. The YFMA-850 combines continuous paper feeding, electromagnetic heating and an anti-curvature system to ensure process stability in medium and large print shops.
On top of that, the shortage of skilled labor accelerates the preference for intuitive interfaces, touchscreen control and remote diagnostics — features that shorten the operator's learning curve and are already standard on SAGLIN's most modern lines.
Sustainable finishes
BOPP films with hot-melt adhesive and lower environmental impact in the process.
Full automation
Integrated feeding, lamination and stacking with minimal manual intervention.
BOPP dominance
Precise temperature, nip pressure and tension for each film family.
3. Trends for 2026
Four technological and market drivers will dominate the print lamination landscape in Brazil over the coming year:
- Dominance of pre-coated BOPP film: in Brazil, biaxially oriented polypropylene film with hot-melt adhesive is the dominant substrate in print lamination. Understanding the nuances of cylinder temperature, nip pressure and lamination speed for each film family is essential to avoid defects such as bubbles, wrinkling or delamination.
- Demand for automation and speed: end customers demand shorter lead times and more varied batch sizes. Automatic laminating machines with continuous paper feeding, capable of operating steadily at commercial speeds of 40 to 80 m/min, become critical assets for medium and large print shops — such as the YFMA-850 automatic laminator.
- Sustainability in finishing: the pressure for lower environmental impact favors pre-coated films with solvent-free hot-melt adhesives and systems that reduce material waste. Across MERCOSUR, single-use plastics reduction rules are accelerating the shift to fiber-based packaging — and, with it, the search for finishes aligned with certifications such as FSC and ISO 14001, increasingly required by brands and publishers. The next wave is already defined: recyclable mono-material structures and films with post-consumer recycled content.
- Tactile premiumization — soft-touch: the global soft-touch lamination film market grows from USD 2.0B (2025) to USD 3.0B (2033). The velvety finish has become the signature of cosmetics, premium beverages and art books — the print shop that masters it charges for perceived value, not per linear meter. In the same direction, lamination of digital prints is consolidating: with cured ink and adjusted parameters, BOPP protects short digital runs with the same quality as offset.
4. Opportunities for print shops
The current scenario offers clear windows of growth for companies in the sector:
- Value added: lamination allows charging a premium price for glossy, matte and soft-touch finishes — services increasingly demanded by publishers and cosmetics and food brands.
- Regional gaps: regions such as the North and Northeast still have a shortage of print shops with high-quality finishing. Whoever installs modern equipment in these areas positions themselves as a pioneer, with little direct competition in premium finishing.
- Return on investment (ROI): well-sized automatic laminating machines typically achieve payback in 18 to 30 months, considering productivity gains, reduced material waste and lower labor costs — the range varies with the shop's service mix and production volume.
YFMA-850 · Automatic Laminator
- Continuous servo feeding, up to 80 m/min without stopping production
- Electromagnetic heating with anti-curvature system
- 850 × 1050 mm format — ideal for covers, packaging and promotional materials
5. Challenges and how to overcome them
Despite the opportunities, Brazilian print shops face structural obstacles that require well-founded strategic decisions:
- Import costs: import duties and international logistics raise the price of European and North American equipment. The alternative has been to turn to Asian manufacturers with local service through partners — such as SAGLIN — which combine cutting-edge technology with a more competitive acquisition cost.
- Technical support and spare parts: an idle laminator loses money every single day. Prioritize suppliers offering support through partners in Brazil, remote diagnostics and fast spare parts delivery from the factory.
- Choosing the right supplier: more than comparing prices, the print shop must evaluate the manufacturer's track record, the volume of installed references, the availability of training and the mechanical robustness of the machine. A laminator is a long-term investment: the reliability of the partner matters as much as the technical specification.
6. Lamination in practice: process parameters and the 5 most common defects
Investing in the right machine is half the equation; the other half is operating it with method. We gathered the reference parameters every print shop should master before opening a thermal lamination job — and the quick diagnosis of the five defects that generate the most finishing waste.
| Parameter | Reference range | Note |
|---|---|---|
| Cylinder temperature — thin BOPP (up to 30 µm) | 85–110 °C | EVA adhesive melts from ~85 °C; below that, bond strength drops by up to 40% |
| Temperature — specialty films (soft-touch, matte) | 90–130 °C | Tactile layers demand finer control to avoid degrading the finish |
| Line speed | 5–30 m/min (baseline parameters) | The faster the line, the shorter the contact time — compensate with temperature and validate with the TDS |
| Substrate moisture | Max ~5% | Damp paper generates bubbles and curl under heat; condition it to room climate |
Starting values for pre-coated BOPP films with EVA adhesive. The final reference is always the film manufacturer's technical data sheet (TDS).
And the quick diagnosis — each defect appears as the operator sees it on the sheet, with the most likely root cause, the first check and the fix:
| Defect (as it appears) | Most likely root cause | First check | Fix |
|---|---|---|---|
| 1. Bubbles — air trapped under the film, often concentrated over heavy ink coverage | Wet ink outgassing under heat; insufficient supply roll tension; sheet fed faster than the line | Does the defect concentrate over full-coverage ink areas? That is uncured ink, not a machine adjustment | Wait for full ink cure; adjust unwind tension; match the infeed speed to the line speed |
| 2. Silvering — a silver or hazy cast, like fog under the film | Insufficient heat or pressure: the melted adhesive does not fill the microscopic valleys of the paper surface; thin film over rough paper makes it worse | Does the pattern repeat in bands along the web? It indicates a cold roller zone — machine heated with the rollers stopped | Raise temperature first (easing unwind tension to prevent film shrinkage); if it persists, increase nip pressure; for rough paper, switch to a film with more adhesive |
| 3. Wrinkling — longitudinal folds in the middle or at the sheet edges | Paper grain crossed to the rollers (the most underestimated cause); worn nip rollers; feed tension too low | Check the grain orientation: long-grain paper (second dimension larger, e.g. 48×66 cm) feeds landscape; short grain, portrait | Feed with the grain parallel to the rollers; adjust supply roll tension; replace worn or damaged nips |
| 4. Curl — the laminated sheet curls at the edges | Tension imbalance between film and substrate; paper moisture; uneven cooling after the nip | Which way does the sheet curl — toward the film side or the paper side? The answer tells which layer is more tensioned or damp | Balance the tensions on both webs; condition the paper to room climate; on automatic machines, enable the anti-curl system |
| 5. Orange peel — micro-waves in the film coating, irregular texture | Excess heat softening the film's surface layer before the adhesive activates | Does the defect worsen along the run? It is heat build-up on the roller, not a one-off adjustment issue | Lower the temperature or raise the speed — less contact time means less heat absorbed by the film |
Golden rule: change one parameter at a time and validate with 10 consecutive sheets before releasing the run.
7. Frequently asked questions about print lamination
We have gathered the most common questions from print shops evaluating the purchase of a laminating machine:
What is a print lamination machine and what is it used for?
A print lamination machine applies a thin layer of film (such as BOPP) over the surface of printed materials — book covers, packaging, posters and cards. It protects against scratches, moisture and abrasion, and adds a glossy, matte or soft-touch finish.
What is the difference between pre-coated film lamination and glue-applied lamination?
In pre-coated film lamination, the BOPP film already has a hot-melt adhesive layer applied at the factory, and the machine only applies heat and pressure to bond it. In glue (liquid) lamination, the adhesive is applied to the printed sheet inside the machine and requires drying. The pre-coated process is simpler, odor-free and gives a more uniform finish.
What is the payback of an automatic print laminating machine?
Well-sized automatic laminating machines typically achieve payback in 18 to 30 months, considering productivity gains, reduced material waste and lower labor requirements in operation — the range varies with the shop's service mix and production volume.
How do I avoid bubbles, wrinkling and delamination in BOPP lamination?
Start with the three core parameters: heating cylinder temperature, nip pressure and lamination speed. Add precise control of film tension and alignment. Set together, they prevent bubbles, wrinkling, sheet curl and delamination in BOPP films, the most widely used substrate in Brazil.
What is the difference between gloss, matte and soft-touch lamination?
Gloss maximizes contrast and color depth — it reflects about 90% of light and dominates food packaging. Matte reduces shine and glare, hides fingerprints and leads on book covers and discreet premium materials. Soft-touch adds the velvety tactile layer, the highest standard of perceived value in cosmetics and premium beverages. All three use the same BOPP base — what changes is the surface finish and the care in temperature control.
Can I laminate digital or inkjet prints?
Yes, with two precautions: wait for the ink to fully cure — wet ink releases vapor under heat and creates bubbles (outgassing) — and warm the machine with the rollers turning, avoiding concentrated hot spots. Modern pre-coated BOPP films are compatible with offset, digital and inkjet printing; for short digital runs, lamination adds protection and a premium finish with the same result as offset.
What is the ideal temperature for thermal lamination with BOPP film?
As a reference, 85–110 °C for thin BOPP films (up to 30 µm) with EVA adhesive, which melts from ~85 °C — below that, bond strength drops by up to 40%. Specialty films, such as soft-touch and tactile matte finishes, call for 90–130 °C with finer control. Speed matters: the faster the line, the shorter the contact time, compensated with temperature. The final reference is always the film manufacturer's TDS.
What is silvering in lamination and how do I eliminate it?
Silvering is the silver or hazy cast that appears when the adhesive — without enough heat or pressure — fails to fill the microscopic valleys of the paper surface, leaving small air pockets trapped under the film. The correction sequence: raise the temperature (easing unwind tension to prevent film shrinkage) and, if it persists, increase nip pressure. If the pattern repeats in bands, the problem is a cold roller zone — warm the machine with the rollers in motion.
How do I keep a laminating machine in good condition?
Essential routine: weekly cleaning of the nip rollers and heating cylinder (accumulated adhesive resin creates defects that repeat along the web), periodic verification of temperature calibration, inspection of the rollers for scoring and wear, and lubrication as specified in the manual. And, before any job with new material, a test on sample sheets — no exceptions.
Does SAGLIN offer technical support and spare parts for customers in Brazil?
Yes. SAGLIN works with local partners in Brazil and provides remote technical support with online diagnostics, plus fast spare parts shipping from the factory, minimizing machine downtime.
The print lamination market in Brazil is at an inflection point. The convergence of growing demand for finishing, sustainability pressure and the need for modernization creates fertile ground for print shops that invest wisely. Choosing the right technology — and the right partner — will be the determining factor between leading the market or losing ground to more agile competitors.
At SAGLIN Machinery, we develop surface finishing equipment for the graphic industry, focused on the Brazilian production reality: high performance, low operating cost and agile technical support. If your print shop plans to expand capacity or modernize its line in 2026, talk to our specialists and receive a proposal aligned with your volumes and goals.
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