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Natural automation

The Karakuri system is a Japanese mechanical technology that performs tasks without electricity, using gravity and resilience. It automates simple tasks in production and logistics environments.

Gravity to the rescue!

Thanks to the Karakuri system, you can automate simple tasks in the production process or your logistics environment. Increase ergonomic working environment without using electricity.

Karakuri in the industry

Toyota introduced the karakuri philosphy as part of the Toyota Production System (TPS). Carts, racks, roller conveyors, etc. with which material is handled on the basis of gravity, levers, cams and inertia. This to move boxes and parts between machines or deliver a controlled number of small parts to the hands of an operator. Karakuri allows Toyota and in the meanwhile several other companies to involve the operators even more in the kaizen activities and to let them implement cheap automation projects.

Why use Karakuri instead of computers?

Industry 4.0 is currently all the rage. Yet, karakuri kaizen with its focus on mechanical solutions is pretty much the opposite! These solutions are not connected wirelessly, and not online as part of the internet of things They don’t even have a microchip! So why use them? After all, any of these actions can also be done using sensors , actuators, and processors. Yet, karakuri is often better with following advantages:

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    History

    Karakuri is written in Japanese most commonly as からくり. It basically means gimmick, mechanism, machinery, trick, contrivance or device. The key point here is some mechanical trickery.

    It originated with mechanical dolls in Japan, called Karakuri Ningyo (からくり人形). These dolls are first mentioned around 1500 years ago, but were most popular around 200 years ago.

    These dolls can be seen as the precursor to robots. One of the most well-known examples is the tea-carrying doll displayed at the top of the article. The weight of a bowl of tea put on the tray made the doll move forward a set distance while moving its feet (powered by a wound-up spring). After you remove the bowl and drink the tea, the empty bowl is placed on the tray again. This weight then made the doll turn around and move back to its original position.

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