Acer Launches Aspire Vero Sustainability-Focused Notebook
Today, Acer America announced the Aspire Vero notebook, its first sustainability-focused product, is available tomorrow in North America and is one of Acer's first products powered by Windows 11. Made from recycled materials, the Aspire Vero delivers on Acer's Earthion mission to offer products that support a sustainable future. The new notebook pairs perfectly with Windows 11, which is designed to bring people closer to what they love by empowering their productivity and inspiring their creativity.
Designed to align with the core values of eco-minded consumers and EPEAT Silver-certified, the Aspire Vero meets a significant list of environmental and socially responsible criteria, including substance management, materials selection, product longevity, energy consumption, packaging, carbon footprint and corporate environmental performance and social responsibility. It's made from 30 percent PCR plastic in the chassis, which saves approximately 21 percent in C02 emissions and 50 percent PCR on the keyboard caps to reduce pollution from the production of virgin plastic and landfill trash. In addition, no paint is used on the surface of the chassis. Acer's new VeroSense software gives users the option of selecting a usage mode that has been optimized for energy efficiency and battery life.
Designed to align with the core values of eco-minded consumers and EPEAT Silver-certified, the Aspire Vero meets a significant list of environmental and socially responsible criteria, including substance management, materials selection, product longevity, energy consumption, packaging, carbon footprint and corporate environmental performance and social responsibility. It's made from 30 percent PCR plastic in the chassis, which saves approximately 21 percent in C02 emissions and 50 percent PCR on the keyboard caps to reduce pollution from the production of virgin plastic and landfill trash. In addition, no paint is used on the surface of the chassis. Acer's new VeroSense software gives users the option of selecting a usage mode that has been optimized for energy efficiency and battery life.