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									Frequently Asked Questions	
					
			
		
		
	What is the Essential Components of a Smart Factory?
Smart manufacturing improves productivity and engagement by facilitating easier communication and competence development among employees. Digital information enables better resource usage and optimized operational plant performance, leading to improved problem-solving, productivity, and uptime. Automation reduces manual handling, making production real-time responsive.
            What are the Characteristics of a Smart Factory?
Smart manufacturing improves productivity and engagement by facilitating easier communication and competence development among employees. Digital information enables better resource usage and optimized operational plant performance, leading to improved problem-solving, productivity, and uptime. Automation reduces manual handling, making production real-time responsive.
            What is the Difference Between Smart Factory and IoT?
Smart manufacturing improves productivity and engagement by facilitating easier communication and competence development among employees. Digital information enables better resource usage and optimized operational plant performance, leading to improved problem-solving, productivity, and uptime. Automation reduces manual handling, making production real-time responsive.
            How do Smart Factories Differ From Other Manufacturing Technologies?
Smart manufacturing improves productivity and engagement by facilitating easier communication and competence development among employees. Digital information enables better resource usage and optimized operational plant performance, leading to improved problem-solving, productivity, and uptime. Automation reduces manual handling, making production real-time responsive.
            What are the Disadvantages of a Smart Factory?
Smart manufacturing improves productivity and engagement by facilitating easier communication and competence development among employees. Digital information enables better resource usage and optimized operational plant performance, leading to improved problem-solving, productivity, and uptime. Automation reduces manual handling, making production real-time responsive.
            