As converters look beyond labels and brands demand greater flexibility in packaging production, narrow- and mid-web printing technologies are opening up a space between short-run digital printing and high-volume conventional processes.
India’s flexible packaging industry has traditionally been shaped by the economics of volume. Gravure and central-impression flexographic presses have served converters handling large production runs, where high output can justify the investment in cylinders, tooling and production infrastructure. But as packaging portfolios expand and designs change more frequently, the economics of shorter runs are becoming increasingly important.
This is creating opportunities for narrow- and mid-web flexographic printing, particularly among converters looking to enter flexible packaging without immediately committing to a conventional wide-web production line.
The shift is not simply about printing on a narrower web. It reflects a change in how converters approach job size, changeovers, waste and capacity utilization. For a converter handling several packaging designs in a day, the ability to move between jobs with less downtime can be as important as the press’s maximum running speed.
Between labels and flexible packaging
Narrow-web flexography has an established position in label production. Its extension into flexible packaging allows label converters to explore applications such as shrink sleeves, sachets and selected pouch formats, provided they have the necessary film-handling, finishing and converting capabilities.
Mid-web presses extend this opportunity to a broader range of flexible packaging applications. With printing widths commonly around 600-900 mm, depending on the manufacturer’s classification, they can accommodate jobs that may not fit comfortably within conventional narrow-web production while retaining the flexibility required for short and medium runs.
The commercial proposition is particularly relevant to converters serving food, personal care and home care brands. These markets can involve multiple pack sizes, frequent artwork changes and varying order quantities. A press designed around quick job changes may therefore offer an advantage where production efficiency depends on more than output speed alone.
However, the distinction between narrow-web, mid-web and wide-web is not universal. Equipment widths overlap, and the suitability of a press depends on the packaging format, repeat length, substrate and downstream converting requirements.
Indian machinery makers respond
Developments in India’s printing machinery sector suggest that manufacturers see a market for this intermediate production model.
Multitec reported six sales of its S3S 670 mid-web presses during the first six months of FY2026–27. The figure provides an indication of demand for 670 mm equipment, although it represents the company’s own sales and should not be interpreted as an industry-wide market measure.
Perfect Printgraph introduced its Versaflex inline flexographic press, with configurations ranging from 600 to 2,200 mm and 4 to 10 colors. The company has positioned the press for shorter production runs, including jobs in the approximate range of 50-150 kg.
Webtech, meanwhile, has been developing wider, servo-driven flexographic equipment, including a 720 mm press. These developments point towards a broader equipment landscape in which Indian manufacturers are addressing different production requirements rather than relying exclusively on traditional press-width categories.
Converter investment offers another indication of interest. Ahmedabad-based Amba Multiprint installed its fourth Multitec press, an S3S 670, in September 2026. Repeat investment by an existing converter is worth watching, although individual installations alone cannot establish the size or growth rate of the wider market.
Taken together, these developments suggest that mid-web technology is moving beyond a purely theoretical proposition. The more important test will be whether converters can build a sustained order book around it.
Gallus investment highlights the overlap between labels and flexible packaging
A development at Kolkata-based DE Converter India illustrates how narrow-web technology can support a broader packaging portfolio. In 2025, the company installed a Gallus Labelmaster 440, an 8-color flexographic press equipped with dual die-cutting stations and cold-foiling capability. The installation strengthens its existing flexographic infrastructure and is intended to serve applications ranging from tea tags and FMCG labels to premium short-run packaging.
The press has a maximum printing width of 440 mm and a mechanical speed of up to 200 meters per minute. Its short web path between printing units is designed to reduce material consumption during setup, while servo-driven printing units support registration accuracy. DE Converter also tested the machine on challenging substrates, including 12-micron polyester, before proceeding with the investment.
The company expects the installation to raise monthly production capacity in its narrow-web flexo division from 70-80 tonnes to 100 tonnes. It has also projected an improvement in profitability of up to 25%, although this remains a company estimate rather than a verified operating result.
The investment is relevant because it shows how a converter can use narrow-web flexography for selected packaging jobs alongside other printing processes. It does not, however, establish growth in the mid-web segment directly. Rather, it illustrates the broader commercial rationale behind flexible production: reducing setup waste, handling varied substrates and accommodating jobs that require shorter runs or specialized finishes.
Flexibility has to translate into economics
For converters considering an investment, the central question is not whether a mid-web press can print a particular job. It is whether the complete production process can deliver that job at a competitive cost.
Full-servo and gearless systems can support registration control, repeatability and automated job settings. Depending on the configuration and operating conditions, these capabilities can help reduce setup time and material waste. Their commercial value, however, depends on actual operating performance, not the technology specification alone.
The cost calculation must include plates, inks, substrates, changeover waste, operator requirements and maintenance. It must also account for lamination, slitting and pouch making, where required. A faster printing press offers limited benefit if finishing capacity becomes the production bottleneck.
The same consideration applies to integrated production. Some press configurations can incorporate additional operations such as coating and extended drying, while lamination and other converting processes may remain separate. The appropriate arrangement depends on the substrate, packaging structure and quality requirements.
For new entrants, this makes customer access as important as equipment selection. A converter needs sufficient repeat business to keep the press productively occupied. Without that volume, the advantages of shorter changeovers may not compensate for the investment and operating costs.
Digital printing remains part of the equation
Digital printing occupies a different but complementary position. For prototypes, personalized packs, sampling and very short runs, eliminating printing plates can make digital production attractive. Flexography can become more competitive as quantities increase, particularly where the converter already has the necessary infrastructure.
The crossover point varies with job length, number of designs, substrate and finishing requirements. There is no universal run length at which one technology becomes more economical than another.
For converters, the decision is increasingly about matching the process to the order book. A business handling frequent design changes and relatively small orders may benefit from a combination of digital and flexographic capabilities rather than relying on a single printing technology.
Packaging structures add another layer of complexity
The transition towards recyclable and mono-material packaging structures also has implications for printing and converting. Changes in film composition, barrier requirements, inks, coatings and adhesives can affect process compatibility and finished-pack performance.
For narrow- and mid-web converters, the challenge is to meet these requirements while retaining the production flexibility that makes the technology attractive in the first place. Food-contact compliance, migration performance, sealing characteristics and barrier properties remain essential considerations in relevant applications.
This is one reason the market should not be assessed on press sales alone. Growth in printing capacity must be accompanied by the process knowledge, materials and downstream infrastructure needed to produce saleable packaging consistently.
Measuring the next phase of growth
India’s flexible packaging market provides a favorable backdrop for investment, but estimates of the overall market should not be confused with the size of the narrow- and mid-web machinery segment. Publicly available data does not yet provide a sufficiently clear basis for assigning a reliable India-wide growth rate to these specific technologies.
The more useful indicators will be the number of installations, repeat investments by converters, the applications being produced and the ability of these presses to secure recurring work.
LOUPE India 2026, scheduled for 29 October to 1 November at India Expo Centre & Mart, Greater Noida, offers an opportunity to examine these developments more closely. Equipment demonstrations and discussions with manufacturers and converters could help establish how much of the interest in mid-web technology is translating into commercial production.
For Indian converters, the attraction is clear – access to flexible packaging opportunities without necessarily adopting the production model of a high-volume plant. For machinery manufacturers, the challenge is to demonstrate measurable savings in setup time, waste and operating costs.
Narrow- and mid-web flexography is unlikely to displace gravure or conventional wide-web flexo across the board. Its opportunity lies elsewhere – in serving the jobs where production flexibility, rather than maximum volume, determines the economics. Whether that opportunity develops into a substantial market will depend less on the number of new machines introduced and more on how effectively converters put them to work.