Pronunciation: [ˈam] (IPA) 
The word "AMME" is a French term that is pronounced as /am/. Phonetically, the first letter "A" sounds like the "a" in "cat," while the two following letters "M" are pronounced as /m/, like the first letter in "mom." Lastly, the letter "E" at the end is silent. Therefore, the word "AMME" is spelled with three letters but only two sounds. It is commonly used in the French language as a term for "mother."
AMME, stands for "Additive Manufacturing Made Environmentally-friendly", is a term used in the field of manufacturing and technology to describe a process that utilizes additive manufacturing techniques while focusing on minimizing the environmental impact. AMME involves the implementation of sustainable practices and considerations into the additive manufacturing workflow.
Additive manufacturing refers to the process of creating three-dimensional objects by adding layer upon layer of material. AMME aims to reduce the negative environmental effects associated with traditional manufacturing processes by employing various methods and strategies. This could include using bio-based or recycled materials for printing, reducing waste generation, increasing energy efficiency, and improving the overall life cycle of the products.
AMME promotes sustainability in manufacturing by considering the environmental factors at every stage of the additive manufacturing process. This involves evaluating the entire product life cycle, including material selection, design optimization, production efficiency, and end-of-life management. By incorporating eco-friendly practices, AMME aims to minimize resource consumption, reduce greenhouse gas emissions, and decrease the overall ecological footprint of additive manufacturing.
Additionally, AMME may involve the use of renewable energy sources to power the manufacturing process, implementing recycling and reuse strategies for both materials and equipment, and the adoption of environmentally-friendly operational practices. The focus of AMME is to address and mitigate potential negative environmental impacts associated with additive manufacturing processes, thus enabling the development of sustainable and environmentally-friendly manufacturing practices in the field.
