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Additive Manufacturing; why new techniques are revolutionising industries.

3D printing 3D printing robot additive manufacturing additive technology benefits of 3D printing robotics in additive manufacturing

Additive Manufacturing; why new techniques are revolutionising industries.

Additive manufacturing technologies such as 3D printing are having a big impact in many areas as they are incredibly useful. An analogy is building a house, you could carve one from a solid lump of rock, or you could make one from bricks stuck together with mortar. 3D printing is built up in layers, much like courses of brick, allowing flexible design with minimal use of material. Plastic is the most common material used in 3D printing. Small plastic 3D printers are available from a few hundred pounds. Other materials such as metal, composites and even concrete can also be...

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Accuracy vs repeatability; why the difference matters.

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When robots are programmed point to point, it does not matter where the robot thinks it is. The encoders give rotational positions for each axis that are very accurate and allow the robot to return to the position precisely. This ability is called repeatability and usually quoted by robot manufacturers. It is also usually very good- under 0.1mm. However accuracy is different. If you specify the robot to move from a point, to a position not previously specified, (say 500mm in one direction) the precision with which it does this is the accuracy. This is not often quoted by robot...

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CAD CAM integrated robotics, what it means for your production.

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CAD CAM integrated robotics, what it means for your production.

CAD, Computer Aided Design, has been around for as long as robotics, nearly 50 years in development and 30 years in common use. CAD allows analysis, flexibility and fast changes. CAM is Computer Aided Manufacturing, this utilises software to aid manufacturing. Commonly used together: CAD CAM. Industrial robots have a traditionally been programmed manually, that is from point to point by a specialist programmer, movements and functions recorded and played back. Although reliable this is an inflexible method, changes can be made but this can be a complex task. There are a few reasons why this methodology is used, it...

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What's the logo about then?

What's the logo about then?

It started as a robot head, a stylised and simplified one, until it was as simple as possible. It is also an equals sign so hagen=automation. Black and red signify power, competence and technology... apparently.  

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Installation of robots - an industry view of the status quo

Installation of robots - an industry view of the status quo

The installation and programming of robots is often seen as being a complex process for skilled robot engineers and sometimes it is. But in actual fact many robotic applications are straightforward, and depending on the type of robot and the programming interface, can be very fast to get working even for the uninitiated.  Robots' flexibility makes them to some degree complex: the skills of electrician, computer programmer, network engineer, mechanical engineer, designer, choreographer and pilot are all needed to install a traditional industrial robot. Add to this the same robot engineer will probably need to know how to weld, have...

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