What is it about?
Machine tool remanufacturing input material, energy and Co2 emissions are assessed to help conclude feedbacks about environmental benefits and burdens, what is necessary to enable educational institutions to conduct remanufacturing of machine tools as a business to deliver closing the loop supply chain for sustainable manufacturing.
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Why is it important?
Melting point of N35 Neodymium is compared with mean melting point of Cast Iron to exploit well-defined eco-audit of Cast Iron literature through defining ECR (eco-comparison ratio)
Perspectives
To fulfill remanufacturing, eco-design enables modules of linear slides rails-carriages and ball lead screws to be assembled to conventional milling machine, which can be certain through magnetic pots based mechanical interface. Comparative eco-audit of technological path for CNC technology integration is required to optimize eco-innovation strategy to deliver sustainable remanufacturing. Such integrated platform of machine tool remanufacturing based on both emerged lower cost CNC technology adoption and capabilities of institutes of technology where the hybrid labor-student remanufacturing environment can be certain to deliver hybrid public-private services that is aimed to establish triple bottoms of economic, environmental and social sustainability.
Dr. Ziyad Tariq Abdullah
Mechanical Techniques Department, Institute of Technology-Baghdad, Middle Technical University
Read the Original
This page is a summary of: Conventional Milling Machine into CNC Machine Tool Remanufacturing, Eco-comparison Ratio Based Analysis, Current Journal of Applied Science and Technology, August 2018, Sciencedomain International,
DOI: 10.9734/cjast/2018/42898.
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