Japan is moving towards a more sustainable future, with its new clothing manufacturing machine set to be the first to make garments in a factory using a modern technology.
In the latest step in a country whose production capacity is expected to hit its peak in the next five years, the country’s Ministry of Economy, Trade and Industry said on Tuesday it was planning to introduce a new garment production machine that will print new clothing from the inside out, with the aim of providing more sustainable jobs for local residents.
“Our goal is to make sure that all of the workers in this new factory can be employed with the same dignity as any other worker in the factory, and that they can be proud of their contribution to the future of the industry,” Economy, Transport and Industry Minister Toshimitsu Muto told a news conference.
“As a result, we will make a decision within the next three months to allow this new machine to be licensed to print garments for export abroad.”
The new machine, called the “Longwear”, is set to become operational next year, but Muto said it would not be ready to start production until 2020.
“In the first phase, we plan to make the machine available for domestic use, with a capacity of 100 million garments a month, but we will not be able to manufacture a million garments per month for domestic export,” he said.
“This is because we have to design a machine with the correct manufacturing capabilities.
The machine will be a product that can be adapted to fit local requirements.”
The ministry is planning to launch a new manufacturing process in 2020, using an automated, self-sealing printing device, which it said will allow for more reliable production and a cleaner environment.
It is also planning to set up a “clean factory” in the city of Miyagi, which has a population of just over 20,000 people, and to develop the new plant by 2025, and then scale it up to be a major manufacturing hub.
It will also use an automated and self-contained printing facility, which will allow the factory to produce more garments within a short time, according to the ministry.
The machine will print clothing from fabrics that are recycled and certified to be sustainable, it said.
In a separate development, Japan’s Ministry for Education has been given the task of making a list of schools in the country where children can receive classes online.
The government will soon be distributing the list to all schools, and the list will be updated every three months.
Japanese schools, which have been under intense pressure to improve standards, have had difficulty filling up the lists due to the ongoing education reforms.
The government is hoping the list of eligible schools will help students from low-income backgrounds to take advantage of the school-to-school option.
“The government has a number of initiatives that aim to promote higher education, but it is also working to create jobs and to support education and job opportunities for those in need,” Education Minister Taro Aso said.
Aso said Japan has already made a significant progress in improving the quality of its schools.
“At the moment, we have more than 1,000 high schools that are open to all students, and about 3,000 colleges and universities that are also open to students,” he added.
“But there is still a lot of work to be done.
We hope to have all of Japan’s schools open to the public by 2020.”
The list will also be distributed to schools to make their courses more accessible to low- and middle-income students.
More on education and jobs in Japan
It’s the latest in a string of high-profile tech projects that have sprung up around the country in the past year, but the technology is nothing new.
The idea of printing garments in a factory was invented in the 1950s by American textile magnate Robert W. J. Hahn, and it has since been perfected by many different companies, including Amazon.
The problem with this approach is that the garments are still made by hand, which takes a lot of time and energy.
In fact, it can take as long as five years and many thousands of garments.
The first major manufacturing facility to use the printing process was the University of Minnesota’s College of Agriculture and Life Sciences, which has a print-making facility.
At the time, it had only one printing machine in the world.
The company now has a dozen machines in use around the world, and its new facility is able to produce as many as 200 garments a day.
And the printing has a huge impact on the environment: The facility uses less water, reduces its carbon footprint, and helps the company reduce its carbon emissions by 80 percent.
But while the new facility uses a lot less water than a traditional factory, it still uses more than 50 percent of its capacity every day.
“The process takes the energy out of the machine, but it does so with efficiency,” said Steve Laughlin, the chief technology officer of Hahn’s company, Printing Technologies Group, which specializes in printing fabrics and other industrial products.
Hausprinting uses water to make the garments, and then uses air to make paper that the machine uses to make all of the printed garments.
Haughan was also involved in developing a system called AirPig, which uses a small jet of air to help the machine make the fabric.
That system can be turned on and off with a button on the machine.
Hyneman also developed a new printing system called Ziegler, which produces garments at a much faster rate and with a more streamlined process than Hahn.
“We do more with less, and that’s a big reason why we’ve seen such great results in terms of reducing waste and pollution,” Laughlin said.
But in all cases, the manufacturing process can take months or years to complete, depending on the scale and complexity of the project.
Hahns printer uses an air-driven, steam-powered, carbon-neutral, and heat-free process.
When Haughans machine is finished, it uses a high-pressure, high-temperature liquid jet to make about half the volume of a traditional machine.
The process takes about two hours, which can leave the machine nearly empty.
But Haughanos printing process requires the machine to be completely cooled before it can begin to print.
To achieve that, the Hahn company uses an electric furnace, which creates a large heat source inside the machine that can cool the printing chamber, which makes it much easier to print the garments at the end of the process.
That makes it even easier to reduce the amount of water and air required.
The printing process also uses a different method of manufacturing than Haughas, which involves heating the materials, which results in less heat in the final product.
Laughlin says that’s not to say the process is any less efficient, but he believes it’s more environmentally friendly.
The Haughannys process is “the fastest, the cheapest, and most environmentally-friendly, and the least carbon-intensive,” Laughan said.
“It takes two days to print a full-size shirt, and we can do it in less than five hours.”
The company has also developed software that allows it to monitor the temperature of the printer and adjust its temperatures based on weather conditions.
The software also lets the company design a custom design for each garment and then print it on a particular day of the week.
But the printing technology hasn’t been cheap, and Haughands process costs about $5,000 to $8,000 per garment.
The machine can print one kilogram of fabric in about three hours, and there’s no guarantee that a garment will be finished in a timely manner.
It can print an entire garment in about eight hours.
Haugans machine also requires a small amount of electricity to run, which could cost $2,500 to $3,000.
But there’s also an option to buy an appliance to help reduce its cost.
“You can buy a large refrigerator for $150 or $200 and then have the machine print a single garment in two hours,” Laugans said.
The cost of the printing is only a fraction of the price of a conventional machine, and companies like Haughings are trying to lower that cost.
That could be especially helpful to garment-wearing women, who might not be able to afford a machine in their own home.
“They don’t have the luxury of owning their own machine,” said Haughany, who’s a member of the Fashion Council of North America.
“If you have
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