PTC and Made2Flow support fashion and retail sustainability goals

Image Source: PTC website

Consumers, government authorities and investors are increasingly putting pressure on the fashion, footwear and retail industries to reduce their environmental impact and subsequently many businesses and retailers have pledged to reduce their greenhouse gas and water usage throughout their supply chains. Achieving these goals requires companies to choose more environmentally friendly options when developing new products. Multinational software firm PTC and Made2Flow, a technology firm that specialises in data collection and analysis of environmental data across apparel and footwear supply chains, have collaborated to enable users of its FlexPLM platform to access transparent, scientific impact measurements to support them in environmentally friendly designs and product development.

“We’re thrilled to bring this innovation to market at a time when brands and retailers are highly focused on sustainability and challenged to make more environmentally responsible decisions,” Bill Brewster, SVP/GM, Retail Business Unit, PTC, explains on the PTC website. “Made2Flow’s technology allows product teams to understand the environmental consequences of their design and development decisions earlier in the process, which enables them to proactively impact their Scope 3 reduction targets. Our collaboration with Made2Flow provides apparel and footwear manufacturers science-based analysis directly within the FlexPLM platform of how much CO2 is released into the environment in each step of the manufacturing process, including water-use and land use…”

With Germany-based Made2Flow’s technology, which uses a textile database that has more than 4 million primary data points used for data validation via more than 78,000 combinations of various products and materials, PTC users will be able to anticipate the environmental effects of their design and development choices and influence their Scope 3 reduction targets. The collaboration will help apparel and footwear industries to understand the environmental consequences of their design and development decisions earlier in the production process and the changes required to proactively impact their Scope 3 reduction targets.

“We are excited to collaborate with PTC and delighted to be able to extend environmental impact measurements to their global FlexPLM customer base that includes some of the most successful and iconic brands and retailers,” Tal Shogol, CEO of Made2Flow, said on the PTC website. “Especially in today’s marketplace where consumer needs are changing rapidly, it’s essential that brands have the ability to make informed decisions and share results in confidence based on transparent, primary data rich calculations.”

Image Source: PTC website

“We’re thrilled to bring this innovation to market at a time when brands and retailers are highly focused on sustainability and challenged to make more environmentally responsible decisions,” Bill Brewster, SVP/GM, Retail Business Unit, PTC, explains on the PTC website. “Made2Flow’s technology allows product teams to understand the environmental consequences of their design and development decisions earlier in the process, which enables them to proactively impact their Scope 3 reduction targets. Our collaboration with Made2Flow provides apparel and footwear manufacturers science-based analysis directly within the FlexPLM platform of how much CO2 is released into the environment in each step of the manufacturing process, including water-use and land use…”

“We are excited to collaborate with PTC and delighted to be able to extend environmental impact measurements to their global FlexPLM customer base that includes some of the most successful and iconic brands and retailers,” Tal Shogol, CEO of Made2Flow, said on the PTC website. “Especially in today’s marketplace where consumer needs are changing rapidly, it’s essential that brands have the ability to make informed decisions and share results in confidence based on transparent, primary data rich calculations.”