RE: Do You Know the Three Types of Industrial Automation?

hardikemamagara — Thu, 27 Apr 2023 05:51:06 GMT

Yes, there are three types of industrial automation:

Fixed Automation: This type of automation is designed for a specific task or product and is often used in mass production. The equipment and machines used in fixed automation are typically designed to perform one function or a limited set of functions, and they are not easily reprogrammable for different tasks or products. Examples of fixed automation include assembly lines, conveyors, and transfer lines.
Programmable Automation: This type of automation is designed to be easily reprogrammed to perform different tasks or produce different products. Programmable automation is often used in applications where the production process must be flexible and adaptable to changing market demands. Examples of programmable automation include CNC machines, robots, and PLC-controlled machines.
Flexible Automation: This type of automation combines the benefits of fixed automation and programmable automation. It is designed to handle a wide range of tasks and products, while also being reprogrammable for different tasks and products. Flexible automation is often used in applications where there is a high degree of variability in the production process or where there is a need for customization. Examples of flexible automation include robotic cells, modular machines, and flexible manufacturing systems.

Overall, each type of industrial automation has its advantages and disadvantages, and the choice of automation type depends on the specific needs and requirements of the application.

RE: Do You Know the Three Types of Industrial Automation?

echobatix — Sat, 01 Feb 2020 15:21:16 GMT

This is conceptually an interesting way to think of it, but after working in industrial automation for more than two decades I’d say no one I know of speaks in quite these terms, which seem a bit limiting.

Industrial automation includes conveyors, proximity switches, rotary encoders, pull chains, machine vision, ultrasonic sensors, lifts, control networks, communication protocols, clamping jigs, PLCs, . . . (breathe, breathe, breathe) . . . safety curtains, optical comparators, thermal sensors, pill dispensers, automatic washdowns, forklifts, lights, parts bins, SPC, warehouse database systems, logistics software, coordinate measurement machines in temperature-controlled QC rooms, light stacks, paper transfer tickets, cable trays, product carriers, barcode readers, things that wrap, things that tie, and uncountable eletromechanical things that have been around for a century or more, but wouldn’t qualify as robots.

And lots and lots of production workers, engineers, managers, et al., to make sure every minute that the whole enterprise doesn’t collapse.

Robots by themselves don’t do much. No single piece of equipment does. Making distinctions between static, adaptable, programmable, tweakable, reconfigurable, refreshable, etc., typically only makes sense in a specific context.

6-axis and 7-axis arm robots, gantry robots, and other robots are flexible and highly programmable and can “do anything” until they can’t.