Pressers, Textile, Garment, and Related Materials

Right now, many garment pressing tasks are done with machines but still need people. For example, official job guides say pressers “operate steam, hydraulic, or other pressing machines to remove wrinkles” and then “remove finished pieces from pressing machines” ^[1]. These routine steps are partly handled by modern equipment.

Some factories use advanced hot electro-steam presses and even special finishing machines (like automatic shirt or jacket finishers) to smooth clothes faster ^{[2] [2]}. In fact, analysts say “pressing robots, jacket finishers, and shirt finishers” are now on the market, helping reduce the need for skilled hand-pressers ^[2]. However, full robotics are not yet common on production lines.

Much of the industry still uses machines the operator controls (for example with computer settings), and AI is more often used for planning or quality checks ^{[3] [2]}. So far, most fancy or delicate jobs (like finishing evening gowns by hand) remain done by humans, because people are better at fine detail.

Automation in pressing grows slowly because of costs and workers. On the plus side, better machines can boost “production efficiency” and reduce errors ^[2], which saves money over time. But laundry and garment machines are expensive.

Experts note that in many garment-making countries, tight budgets make it hard for factories to buy new tech ^[2]. Often it’s faster and cheaper to keep using human labor, especially in small shops. Where large factories do invest, they train workers to run the machines: Vogue Business reports that as factories automate, brands focus on upskilling sewing and pressing workers so they won’t lose their jobs ^[4].

Other factors slow AI: many pressing workers need basic digital skills first, and consumer comfort with fully automated pressers is still low. There are no big legal or ethical barriers (a pressing machine is just like a smart iron), but companies do worry about product quality and worker safety. In the end, automation will likely take on more of the heavy, repetitive work, while humans keep doing tricky finishing, spotting small defects, and customer tasks.

This means pressers can look forward to learning new machine skills and focusing on the parts of the job that only people can do ^{[2] [4]}.