Robots already build cars, assist in surgery and move cargo through airports. But when it comes to making clothes, the challenge is far more complicated. Fabric bends, folds, stretches and shifts, making it difficult for machines to handle with the same skill as human workers.
That is one reason why most clothing sold around the world is still made by hand. Many garments are produced in Asian factories, where workers use sewing machines and other tools, but the process still depends heavily on human labour.
Now, a new generation of robotics companies is trying to change that. Their machines may not replace the entire clothing industry overnight, but they could reshape how basic garments such as t-shirts, underwear and specialist textiles are made.
Why Clothes Are Hard for Robots to Make
Garment production looks simple from the outside, but it is one of the hardest industries to automate. Unlike metal, plastic or glass, fabric is soft and unpredictable. It can stretch, wrinkle or slip while being moved.
This creates a major problem for robots. To sew two pieces of fabric together, the machine must keep them perfectly aligned while they are moving. Even a small shift can affect the quality of the final product.
Cam Myers, founder and chief executive of California-based robotics company CreateMe, says sewing is especially difficult because two pieces of fabric must stay in position while the needle moves through them. For robots, that level of flexible control remains a major technical challenge.
CreateMe’s Different Approach
Instead of trying to copy traditional sewing, CreateMe is taking another route. The company uses adhesive to join fabric pieces together.
The idea is simple: apply adhesive, place another piece of fabric over it, then press the pieces together. CreateMe has developed robots that can carry out this process, and the company is already using the technology to make women’s underwear.
The firm plans to begin producing t-shirts in the coming months, with larger-scale production expected to follow later.
According to Myers, CreateMe’s adhesive process can be used with cotton, wool and leather. He believes that if even 10% of t-shirt production moved back to the United States through automation, it would represent a major shift for the apparel industry.
Could Clothing Production Return to the West?
For decades, much of the world’s clothing production has been based in Asia. Lower labour costs, large factories and established supply chains have made the region central to global fashion manufacturing.
In countries such as the UK and the US, only a small share of clothing sold locally is actually made domestically. Robotics could change that by making local production more affordable.
Some customers are already interested in garments that can be marketed as made in the US, especially if the materials, such as cotton, are also produced locally.
If garment-making robots become reliable and cost-effective, brands may be able to produce clothes closer to their customers. This could reduce shipping distances, shorten supply chains and allow companies to respond more quickly to demand.
The Benefits of Seamless Garments
CreateMe says its adhesive is a thermoset, meaning it is designed not to melt during normal washing or ironing. The company argues that this makes the garments durable enough for everyday use.
Another possible advantage is design. Since the clothes do not require traditional seams, they can have a smoother shape. Myers says garments can also be made on moulds that reflect the contours of the human body.
This could open the door to more fitted clothing and new types of apparel design. However, the technology still faces limits.
Fashion Needs Variety
One of the biggest challenges in clothing production is variety. Customers do not only want plain white t-shirts. They want different colours, fits, materials, prints, shapes and styles.
This flexibility is where human workers still have a major advantage. A person can adjust quickly when fabric behaves unexpectedly or when a design changes. Robots often need highly controlled conditions and carefully programmed tasks.
Even companies working on automation admit that clothing is a high-flexibility industry. Robots may be able to make certain garments efficiently, but they are still far from producing the full range of fashion products that shoppers expect.
Sewing Robots Are Still in the Race
Not every company believes sewing will disappear.
Palaniswamy Rajan, chairman and chief executive of Softwear Automation in Georgia, argues that sewing remains essential. Visible stitching is an important part of many garments, especially jeans, jackets and fashion items where seams are part of the design.
Softwear Automation is working on sewing robots and says its next generation of machines could make t-shirts at a cost similar to importing them into the US. The company has not shared full details about how its technology works, reflecting the competitive nature of the market.
Many firms developing garment robots are careful about revealing too much. The apparel industry is huge, and companies are racing to find a practical solution.
What Automation Could Mean for Workers
The rise of garment robots also raises serious questions about jobs. Millions of textile workers around the world rely on clothing manufacturing for income.
Many of these workers are already under pressure from factory closures, supply chain problems and changing global demand. Automation could add another challenge if production shifts away from low-cost labour markets.
Supporters of robotics often argue that automation can move workers into better-paid and less repetitive roles. But that kind of transition is difficult and does not happen automatically. Training, investment and new job opportunities would be needed.
If t-shirt production moves to robots, the social impact could be significant, especially in countries where garment manufacturing is a major source of employment.
Environmental Benefits Could Be Significant
One of the strongest arguments for garment automation is its potential environmental benefit.
The clothing industry produces huge amounts of waste every year. Unsold garments are often destroyed, and the wider textile industry uses large amounts of water, energy and raw materials.
Automated, local production could help reduce overproduction. Instead of manufacturing large volumes of clothes in advance, companies could produce items closer to demand.
Gerald Feichtinger of the Technical University of Leoben in Austria has studied how on-demand manufacturing might reduce the environmental impact of clothing. His research suggests that producing garments closer to customers could cut emissions linked to transport and overproduction.
One study found that emissions from making a t-shirt could fall by around 45% if a robot produced the garment in Europe or the US instead of relying on long-distance supply chains.
Re-Shoring Is Not Simple
While robotics could reduce some emissions, experts warn that the wider supply chain remains complicated.
Making a t-shirt is not only about sewing or joining fabric. Yarn production, fabric dyeing, finishing and material sourcing are all part of the process. These stages may not be easy to bring back to Europe or the US.
Feichtinger notes that re-shoring multiple parts of the clothing supply chain remains difficult. Even if final assembly becomes local, other production steps may still happen overseas.
This means automation could help reduce environmental impact, but it is not a complete solution by itself.
Robotextile Focuses on Fabric Handling
German company Robotextile is working on another part of the challenge: helping robots handle fabric.
The company has developed grippers that allow machines to pick up and move soft textile pieces. Some of the grippers work by gently blowing air across the fabric, causing it to lift slightly before being pulled into place and clamped.
This type of technology could be useful in specialist textile production. Robotextile’s systems have already helped make products such as bicycle bags and car airbags.
Co-founder Michael Fraede believes that widespread re-shoring of clothing production will take time. He says the industry is used to keeping costs as low as possible and may need years before it seriously changes its approach.
Specialist Textiles May Come First
Rather than everyday fashion, some experts believe robotics will first grow in specialist textile markets.
Products such as airbags, protective gear, technical bags and industrial fabrics often have clearer design requirements and smaller production runs. That can make automation easier to justify.
Mass-market clothing is more difficult because it requires low prices, high volumes and constant design changes. Robots may become more common in certain areas before they become standard in t-shirt factories.
UK Fashion Industry Sees Potential
Some industry voices remain optimistic. Lauren Junestrand, innovation and sustainability network manager at the UK Fashion and Textile Association, says the UK has strong potential to use robotics in clothing and textile production.
Garment manufacturers are already using more automation for different tasks, from cutting fabric to moving materials around factories.
However, Junestrand also suggests that countries such as the UK are unlikely to compete with Asia on volume. Instead, the future may involve a mix of automated local production and traditional overseas manufacturing.
A Future of Co-Existence
The future of garment manufacturing may not be fully robotic or fully manual. Instead, the industry could move toward co-existence.
Robots may handle repetitive, precise or on-demand tasks, while human workers continue to manage complex sewing, quality checks, finishing and design changes.
This kind of balance could allow brands to produce some garments locally while still relying on global supply chains for large-scale production.
The Future of T-Shirt Making Is Changing
Robots are beginning to enter a part of manufacturing that has long depended on human hands. Companies such as CreateMe, Softwear Automation and Robotextile are exploring different ways to automate garment production, from adhesive-based clothing to sewing robots and fabric-handling grippers.
The technology could bring some clothing production back to the US, UK and Europe, reduce waste and support more on-demand manufacturing. But the challenges remain significant. Fabric is difficult to control, fashion requires constant variety and millions of workers could be affected by major shifts in production.
For now, the t-shirt of the future may still pass through human hands. But if robotics companies continue to make progress, the next one in your wardrobe could be made, at least partly, by a machine.
