Kanwaljit Singh

Modern manufacturing techniques like rotary-ultrasonic machining are typically used to process materials with high hardness or brittleness, such glass, quartz, ceramics semiconductor material etc. Consequently, rotary-ultrasonic machining may offer an approach to solve the issue of polyvinyl butyral glass material's machinability. In contrast to thermal based machining methods, the machined surface produced by rotary-ultrasonic machining has been found to be free of any surface defects delamination, cracks and heat affected zone. In order to better understand the machining efficiency in rotary-ultrasonic drilling of polyvinyl butyral glass material, an attempt has been performed.

Sustainable Green Development, a refined concept that merges both green engineering and sustainable development, focuses on creating manufacturing systems that are not only economically viable but also ecologically responsible. This model advocates for the adoption of green technologies, circular economy principles, and eco-efficient supply chain management to create a manufacturing ecosystem that is sustainable across all stages of the product lifecycle-from raw material sourcing to end-of-life disposal. It promotes the shift toward renewable energy sources, sustainable product design, and green logistics, which collectively contribute to minimizing environmental impacts and fostering a more resilient manufacturing industry.

Indian manufacturing sector is of paramount significance to the nation's prosperity and the large growth of economy. Companies nowadays are struggling to thrive and stay afloat because of the intense competition in the market. Customers now have a plethora of options from a wide range of rivals. In order to meet customer demands for faster and higher-quality goods, businesses are actively seeking out and implementing innovative technological solution. Here, technology competencies help companies in a variety of ways, allowing them to function better and become more competitive.