which of the following is a desired outcome of flexible manufacturing technology?

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Flexibility of manufacturing technology will allow manufacturers to more easily adapt to changing times, weather, and markets. The ability to create products to suit the current market and consumer demands will help manufacturers compete more successfully in the next big market.

Flexibility of manufacturing technology will allow manufacturers to more easily adapt to changing times, weather, and markets. The ability to create products to suit the current market and consumer demands will help manufacturers compete more successfully in the next big market.

Flexibility of Manufacturing technology can be used to create products that are customizable for a variety of purposes. As an example, if you were looking to create a shirt that could be made with different color buttons, you could easily do this. The ability to more easily adapt to changing times, weather, and markets. The ability to create products to suit the current market and consumer demands will help manufacturers compete more successfully in the next big market.

Flexible Manufacturing technology can be used to create products that are customizable for a variety of purposes. As an example, if you were looking to create a shirt that could be made with different color buttons, you could easily do this. The ability to more easily adapt to changing times, weather, and markets. The ability to create products to suit the current market and consumer demands will help manufacturers compete more successfully in the next big market.

One of the big advantages of flexible manufacturing technology is that it can be applied to a variety of industries, including those with high degrees of customization. For example, if you wanted a shirt that could be made with all your favorite colors, it could be done. The ability to more easily adapt to changing times, weather, and markets will help manufacturers compete more successfully in the future.

You can see this in the automotive industry as well as other industries, where the ability to customize a vehicle is one of the biggest advantages of flexible manufacturing. It is also one of the biggest problems, because vehicles are already very well standardized. Automakers are already using plastic injection molding to make cars, and they are in a position to push that technology a lot farther.

That’s right, cars are already very well standardized. Automakers are already using plastic injection molding to make cars, and they are in a position to push that technology a lot farther.

Plastic injection molding is used to create a lot of the parts of many different vehicles. Toyota, Ford, and GM all are very involved in it. Automakers are already using plastic injection molding to make cars, and they are in a position to push that technology a lot farther.

It looks a lot like metal, but the metal is just as bad as the metal. The metal in the body is so bad it can’t even be considered anything other than metal. It’s like that metal in your car is also bad. It’s like that metal in your car is also bad. The metal inside your car is also bad. The metal inside your car is also bad. The metal in your car is also bad.

One of the main problems with plastic is that it’s brittle. If you’re making a car, there is a very high chance you’re going to eventually break it. And that’s with the car you’ve been sitting in for the last five years. If you were to roll out a new car, you’d probably want to give it a new set of tires for that reason.

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