中文The standard approach to manufacturing is to produce everything in a single factory to take advantage of economies of scale and then distribute from there. The choice of location for these factories is usually based on cutting the cost of the most expensive input, such as raw materials or labour. This assumes that the major cost behind finished items lies in their manufacturing.
However, in many cases nowadays some form of printing technology is also part of the manufacturing process. Digital printing has greatly expanded the number of applications printing can touch. This includes items created entirely by a print service provider, such as signs, posters and booklets, but also a vast range of items where printing forms a secondary process, usually for decorating garments, smartphone cases, drink bottles, cushions and home decor. Many of these also need labelling and packaging, which must be printed too.
The economics of digital printing differ from conventional printing because the cost per unit stays the same regardless of run length. Digital printing levels out manufacturing economies so it is feasible to produce small numbers, even one-offs, but offers less advantage on long runs. If manufacturing cost per item falls, other elements, typically logistics, rise as a percentage of total cost, prompting the question of how to reduce them.
One answer is distributed printing: splitting a larger job across multiple sites so products are made closer to where they will be sold. The major input is the design file, which travels electronically. For example, a brand selling branded merchandise at trade fairs across Europe could ship a thousand items from one UK plant, with all the export paperwork, or simply send files to local printers and produce a hundred near each venue.
The closer production is to the point of sale, the cheaper it is to move products out of the factory. With diesel costs soaring, the saving can be significant, and lower vehicle emissions are a selling point in their own right. Short runs also mean faster production and quicker time-to-market, letting merchandisers react to events such as a local sports win or a weather change. Local production also opens tailoring: there is no need to print instructions in five languages if selling in one market, and products can tie into local campaigns.
A related concept is lean manufacturing and lean stocking, ordering raw materials only as needed. Many book publishers have embraced print-on-demand to avoid warehousing thousands of copies for years. Direct-to-garment vendors such as Kornit have pushed a similar model for brands retailing their own garments, giving flexibility to stock only what sells. Merchandisers can apply the same principle to almost any printable product and to the printed labels and packaging those products need.
There are caveats. Working with many outside contractors means more oversight, and maintaining consistent standards is harder when quality control is decentralised. Different sites may stock different blank products, though specifying blanks helps for larger runs. Universal items such as mugs present fewer problems.
Ultimately, merchandisers can use distributed printing principles to exploit digital printing for small runs while cutting logistics cost and carbon footprint, translating into lower overall cost and greater agility in a volatile market.
Source: FESPA (www.fespa.com)
Many book publishers have embraced print-on-demand over the last decade to avoid warehousing thousands of copies for years, and direct-to-garment vendors such as Kornit have pushed a similar model for brands retailing their own merchandise, giving flexibility to stock only what sells. Merchandisers can apply the same principle to almost any printable product and to the printed labels and packaging those products need, optimising transport and warehouse logistics in the process. The model is especially powerful for e-commerce and event-driven demand, where predictability is low and speed is everything. While distributed printing introduces oversight and consistency challenges, the calculus is shifting as diesel costs rise and brands prioritise lower-carbon fulfilment, making local, on-demand production an increasingly attractive default rather than a niche tactic.
The rise of e-commerce has been the great accelerant for distributed production, because online fulfilment already depends on fragmented, demand-led inventory and regional fulfilment centres. Printing, whether of packaging, labels, garments or promotional goods, slots naturally into that distributed logic. Software platforms from printers and vendors increasingly support the routing of a single design file to the nearest qualified production site, with automated quoting, proofing and fulfilment, making the model operationally realistic rather than theoretical. Some providers go further, using web-to-print storefronts that let local teams order exactly what they need, when they need it, in the right language and design. The trade-off remains oversight: maintaining brand and quality consistency across many sites demands clear specifications and, often, approved blank materials. Yet as transport costs climb and brands seek lower-carbon fulfilment, the balance of advantage is tilting toward producing closer to the customer, and distributed printing sits squarely at that intersection of economics and sustainability.
