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Photo: Walmart Inc.
15.01.2024

What is a Virtual Fitting Room? Advantages and Early Adopters

One of the major concerns of online shopping is a consumer’s inability to touch, feel and experience products. This concern is more problematic for fashion products, when the right fit is critical for purchase decisions. Virtual Fitting Room (VFR), a technology that allows consumers to test size and fit without having to try clothing on themselves, eases this concern.

What is a Virtual Fitting Room (VFR)?
A Virtual Fitting Room (VFR) is a function that shows and visualizes a shopper’s outfit without physically trying on and touching items. VFR utilizes Augmented Reality (AR) and Artificial Intelligence (AI). By using AR for VFR, a webcam scans the body shape of shoppers and creates a 360-degree, 3D model based on their body shape.

One of the major concerns of online shopping is a consumer’s inability to touch, feel and experience products. This concern is more problematic for fashion products, when the right fit is critical for purchase decisions. Virtual Fitting Room (VFR), a technology that allows consumers to test size and fit without having to try clothing on themselves, eases this concern.

What is a Virtual Fitting Room (VFR)?
A Virtual Fitting Room (VFR) is a function that shows and visualizes a shopper’s outfit without physically trying on and touching items. VFR utilizes Augmented Reality (AR) and Artificial Intelligence (AI). By using AR for VFR, a webcam scans the body shape of shoppers and creates a 360-degree, 3D model based on their body shape.

AI further operates VFR by using algorithms and machine learning to design a full-body 3D model of a shopper standing in front of the camera. A combination of AR and AI technology allows VFR to place items on real-time images as a live video so that customers can check the size, style and fit of the products they’re considering purchasing.

Shoppers can try on clothes and shoes at home without visiting a physical store. In order to do this, customers need to first make sure they have the right settings on their phone. Then, they download a brands’ mobile applications with the Virtual Fitting Room function or visit apparel brands’ websites that support this VFR function and upload a photo of their body shape. Some brands allow a customer to create an avatar using their body shape to test out the fashion items virtually, instead of uploading a photo of themselves.

How does using a Virtual Fitting Room benefit fashion retailers?

  • Provides a convenient shopping experience
    Research conducted by the National Retail Federation in 2020 stated that 97% of consumers have ended a shopping trip or stopped searching for the item they had in mind because the process was inconvenient.
    Shoppers surveyed not only said that in-person shopping was inconvenient but that online shopping felt even more inconvenient to them.
    VFR eliminates all of these processes. Shoppers can walk over to the VFR and see what the clothes look like quickly without needing to change them.
     
  • Overcomes the limitations of online shopping
    As of 2017, 62% of shoppers preferred to shop at physical apparel stores because they could see, touch, feel and experience products. This was a major problem that online shopping could not overcome.
    VFR solves this problem effectively. According to a Retail Perceptions Report, about 40% of buyers said they would be willing to pay more if they could experience the product through AR technology. By incorporating new technologies, VFR makes shopping fun and offers a personalized shopping experience to customers, which can attract more people to online channels.
     
  • Reduces the return rate
    High return rates are a big administrative headache for fashion brands. Moreover, it threatens to cut into the profits of fashion brands if they offer free returns. 30% of the return rate in e-commerce fashion shopping is due to purchases of small-sized products, and another 22% happens due to purchases of too large-sized products.
    However, VFR alleviates this problem. Whether in store or online, people can check the fit and size of items without having to wear them themselves.

Which brands are already using Virtual Fitting Room (VFR) technology?
Gucci

Gucci is the first luxury brand which adopted VFR. They partnered with Snapchat to launch an augmented reality shoe try-on campaign. It created a virtual lens that superimposed and overlaid a digital version of the shoe on the shopper’s foot when the foot was photographed using a cell phone camera.

Along with the Shop Now button, which guides shoppers to its online store, Gucci achieved 18.9 million Snapchat users and reported positive return on ad spend, which is a marketing metric that measures the amount of revenue earned on all dollars spent on advertising from this campaign.

Otero Menswear
Otero Menswear is a brand focused on apparel for men shorter than 5’10” (1,78 m). Otero added VFR software to its online store to provide perfect fitting sizes to its customers. First, it asks customers four quick questions about their height, leg length, waist size and body type. Then, it offers a virtual avatar corresponding with the answers. Shoppers then use this avatar to see how different sizes of Otero clothing would look on them.
 
Walmart
In May 2021, Walmart announced that they plan to acquire Zeekit, a virtual fitting room platform, to provide enhanced and social shopping experiences for customers during the pandemic.

When customers upload pictures of themselves and enter their body dimensions, Zeekit builds a virtual body and then customers can dress it accordingly. Customers will simply post their photos or choose virtual models on the platform that represent the best fitting of their height, body and skin tone. Shoppers can even share their virtual clothes with others to get various opinions. Walmart brings a comprehensive and social experience to digital shopping for customers through this acquisition of VFR.

According to research by Valuates Reports, it is expected that sales of the global virtual fitting room market will grow to $6.5 million by 2025. By adopting VFR, consumers will be able to experience convenience in an advanced shopping environment. At the same time, fashion retailers will be able to increase online sales and reduce return rates by offering customers personalized online shopping experiences using VFR technology.

Source:

Heekyeong Jo and B. Ellie Jin
This article was originally published by members of the Wilson College of Textiles’ Fashion Textile and Business Excellence Cooperative.

New conductive, cotton-based fiber developed for smart textiles Photo: Dean Hare, WSU Photo Services
29.12.2023

New conductive, cotton-based fiber developed for smart textiles

A single strand of fiber developed at Washington State University has the flexibility of cotton and the electric conductivity of a polymer, called polyaniline.

The newly developed material showed good potential for wearable e-textiles. The WSU researchers tested the fibers with a system that powered an LED light and another that sensed ammonia gas, detailing their findings in the journal Carbohydrate Polymers.

“We have one fiber in two sections: one section is the conventional cotton: flexible and strong enough for everyday use, and the other side is the conductive material,” said Hang Liu, WSU textile researcher and the study’s corresponding author. “The cotton can support the conductive material which can provide the needed function.”

A single strand of fiber developed at Washington State University has the flexibility of cotton and the electric conductivity of a polymer, called polyaniline.

The newly developed material showed good potential for wearable e-textiles. The WSU researchers tested the fibers with a system that powered an LED light and another that sensed ammonia gas, detailing their findings in the journal Carbohydrate Polymers.

“We have one fiber in two sections: one section is the conventional cotton: flexible and strong enough for everyday use, and the other side is the conductive material,” said Hang Liu, WSU textile researcher and the study’s corresponding author. “The cotton can support the conductive material which can provide the needed function.”

While more development is needed, the idea is to integrate fibers like these into apparel as sensor patches with flexible circuits. These patches could be part of uniforms for firefighters, soldiers or workers who handle chemicals to detect for hazardous exposures. Other applications include health monitoring or exercise shirts that can do more than current fitness monitors.

“We have some smart wearables, like smart watches, that can track your movement and human vital signs, but we hope that in the future your everyday clothing can do these functions as well,” said Liu. “Fashion is not just color and style, as a lot of people think about it: fashion is science.”

In this study, the WSU team worked to overcome the challenges of mixing the conductive polymer with cotton cellulose. Polymers are substances with very large molecules that have repeating patterns. In this case, the researchers used polyaniline, also known as PANI, a synthetic polymer with conductive properties already used in applications such as printed circuit board manufacturing.

While intrinsically conductive, polyaniline is brittle and by itself, cannot be made into a fiber for textiles. To solve this, the WSU researchers dissolved cotton cellulose from recycled t-shirts into a solution and the conductive polymer into another separate solution. These two solutions were then merged together side-by-side, and the material was extruded to make one fiber.

The result showed good interfacial bonding, meaning the molecules from the different materials would stay together through stretching and bending.

Achieving the right mixture at the interface of cotton cellulose and polyaniline was a delicate balance, Liu said.

“We wanted these two solutions to work so that when the cotton and the conductive polymer contact each other they mix to a certain degree to kind of glue together, but we didn’t want them to mix too much, otherwise the conductivity would be reduced,” she said.

Additional WSU authors on this study included first author Wangcheng Liu as well as Zihui Zhao, Dan Liang, Wei-Hong Zhong and Jinwen Zhang. This research received support from the National Science Foundation and the Walmart Foundation Project.

Source:

Sara Zaske, WSU News & Media Relations

12.12.2017

ETHIOPIA FOCUSES ON CLOTHING AND TEXTILE EXPORTS

  • Industrial parks should enable a quantum leap
  • Progress in infrastructure, Deficits in foreign exchange provision

The Ethiopian textile, clothing and leather industry scores not only with comparatively low wages and high-performing personnel, but also with modern industrial parks. In the meantime the technology has to be fully imported and the supply of materials needs to be greatly expanded. There is a great progress in logistics, but unfortunately not in foreign exchange procurement. German suppliers of relevant equipment should definitely consider Ethiopia in their acquisition.

  • Industrial parks should enable a quantum leap
  • Progress in infrastructure, Deficits in foreign exchange provision

The Ethiopian textile, clothing and leather industry scores not only with comparatively low wages and high-performing personnel, but also with modern industrial parks. In the meantime the technology has to be fully imported and the supply of materials needs to be greatly expanded. There is a great progress in logistics, but unfortunately not in foreign exchange procurement. German suppliers of relevant equipment should definitely consider Ethiopia in their acquisition.

So far, only Mauritius has made a name for itself as a producer of high-quality clothing south of the Sahara. Attempts to locate textile and clothing companies in Namibia and Lesotho in a larger style have not been very successful. Meanwhile Kenya and Ghana have far too expensive production conditions. "Clothing companies are nomadic,” says a consultant, who is specializing in the trade, "they go where it's cheapest for them."

Meanwhile, Ethiopia offers several advantages: Wages and additional costs are far below the Chinese ones. A worker in the Ethiopian factories earns an average of USD 909 a year, according to a survey by the US Center for Global Development, compared to USD 835 in Bangladesh, USD 1,776 in Tanzania, and USD 2,118 in Kenya. Another advantage is appreciated by employees: Ethiopia has a long tradition of textile and clothing production as well as in leather processing and thus at least an expandable base of skilled workers.

The supply of native cotton and leather meanwhile is considered strongly expandable. In times of drought, such as in 2016 and partly in 2017, the supply of cotton is insufficient. However, the government is cooperative and increasingly open to the needs of producers. Thus, the infrastructure has been currently sustainably improved, in particular the transport routes to the seaport Djibouti, from where Europe is much faster to reach than from the Far East. In addition, the Ethiopian capital Addis Ababa has a capable aviation hub with a dozen direct flights to the EU, including Frankfurt and Vienna. There is also a modern air freight center.

Modern industrial parks as a game changer

Just as important as the delivery routes are the "modern" production conditions in the emerging industrial centers all over the country, Made by China: pothole-free roads, guaranteed electricity and water supply, proper waste and wastewater disposal, workers' settlements in the vicinity. From the Ethiopian point of view, a great many jobs are created, families are fed and foreign exchange is earned.

According to its government, Ethiopia is in a transformation process away from an agrarian economy and towards an industrialized state. By 2025, the country should reach a "middle-income status" and become the largest industrial production hub in Africa. To achieve this, Ethiopia is investing heavily in roads, railways and power generation, in health and education, in urban and rural development, and in the creation of industrial clusters.

Ambitious export specifications

In July 2016 the Hawassa Industrial Park was officially opened, dedicated to the export of textiles and clothing, and is the largest industrial park in sub-Saharan Africa. As early as 2018, the park is expected to employ 60,000 workers and generate USD 1 billion in exports of clothing and textiles - a steep target given in a view of the current export figures. As early as 2030, Ethiopia wants to reach a total of USD 30 billion by exporting textiles and clothing - but it's still a long way off. At present, 15 in-ternational companies are already investing in Hawassa, including the US PVH Corporation (formerly Phillips-Van Heusen Corporation, prominent brands: Calvin Klein and Tommy Hilfinger) and Epic Group (Hong Kong), a supplier of, among others, Walmart , JC Penny, Levi Strauss, VF Corporation, Tesco, Sansbury's, Marks & Spencer and C & A. Epic wanted to go to Kenya first, but then decided for Ethiopia at the last minute, which, according to Epic boss Ranjan Mahtani, is "still unpolished," but has the most potential.

The challenges are considered to be high: "Our seam-stresses have never got a job before and have never seen a sewing machine," Mahtani says training therefore is a top priority. At the same time, however, his company also relies on state-of-the-art automatic machines, for example for attaching bags. The production halls are also all around computerized with RFID technology. The current efficiency Mahtani estimates at 25 to 30 percent. After experience with other production sites, results of 75 to 80 percent are possible after about ten years.

Wide range of new industrial parks under construction

In July 2017, another industrial park was opened in Kombolcha City. A whole range of other parks are in various stages of realization and all are focused on the apparel, textile, pharmaceutical and medical device manufacturing sectors. According to the Ethiopian Government, there is no shortage of interested investors from the PR of China, India, Turkey, the US, Hong Kong and South Korea. Ethiopia benefits from the African Growth and Opportunity Act of the United States, which, for example, reduces its import duties by 16.8 per cent on cotton pants and 30 per cent on synthetic shirts. In addition, Ethiopia has a duty-free access to the EU market under the Everything-but-Arms initiative.

Ethiopian exports of textiles, clothing and leather goods (including shoes), in USD mio
SITC- product group 2014 2015 2016
61 Leather and leather goods  97.51 98.20 78.63
65 Yarn, fabrics finished textiles and re-lated products 39.34 39.12 29.61
84 Clothing and clothing accessories 55.53 77.94 68.25
85 Shoes   33.88 37.69 43.80
Total      226.26 252.95 220.29

Source: Comtrade, as of 18 October 2017

Ethiopian imports of machinery and equipment for the textile and leather industry and parts thereof (SITC 724, in USD mio, change in%)
Supplying country 2014 2015 2016
Total      131.30

170.51

111.10
PR China 43.87 42.40 62.07
Italy 6.38 11.75 11.72
Japan 4.40 10.11 6.89
Turkey 4.86 19.14 4.92
other Asian countries, not specified 1.85 1.87 4.11
India 6.07 6.49 3.06
Germany 9.22 9.08 2.44

Note: The import figures mentioned above are based on Ethiopian data, which for various reasons are not considered particularly reliable. Equally not reliable are often the relevant export data of the partner countries, because all sea transports go via Djibouti and deliveries statistically are recorded often as exports to Djibouti.
Source: UN Comtrade, as of 18 October 2017

German exports expandable

German exporters of technology for the textile, clothing and leather industries are not yet well positioned in Ethiopia. According to the preliminary figures of the Federal Statistical Office (SITCM 724), in 2016 only EUR 1.06 mio of relevant technology went to Ethiopia, compared to EUR 1.05 mio in the previous year and EUR 5.02 mio in 2015.

More information:
Ethiopia Export Textilindustrie
Source:

Martin Böll, Nairobi (GTAI)