WHAT IS ?
can be referred to as 3-dimensional , it is a new technology aimed at creating pictorial graphics of any object in its three- dimensional axis. It points to any of the various processes in which material is joined or solidified under the computer control to create a three-dimensional object.
The had been existing with few features and abilities in like the AutoCAD and other drawing . The modern improvements in the software drawing abilities made it possible to create the three dimensions of almost any object, surfaces, and shapes in its software format.
Having made the drawing possible, the were also able to come up with technology to make the software 3D drawing be printed out in their hard copies. The technology has emerged to find its use in the used in both rapid prototyping and additive manufacturing (AM).
WHAT CAN DO FOR THE WORLD’S ADVANCING TECHNOLOGIES?
The advanced software drawing technology (3D), can create the geometric shapes of almost any object making it possible for a complete production and designing analysis of an object to be carried out using the software format before the actual physical production and manufacturing can be done. Such technology helps manufacturers and designers to foresee any danger in their design and possible defects if their design will undergo any physical production process.
According to Automobile manufacturing process research, no modern automobiles model come into existence through guessing and magical parts productions rather, they do follow the created using software formats usually in the 3D to reveal the overall , parts , and coupling among other analyses usually offered from the drawings made by automobile designers.
The creation of the accurate geometrical shape of any object can be made possible using digital data an already existing 3D model or another electronic data source such as an additive manufacturing file (AMF) which is usually in their sequential order.
There are many technologies currently made differentially to assist in the making of the 3D images such as the stereolithographic or the fused deposit modeling. So unlike material removed from a stock in the conventional machining process, or AM builds a three-dimensional object from computer-aided design () model or AMF file by adding material layer by layer.
AND THE ()
The emergence of artificial intelligence (AI) has made the 3D technology and its advancement become more relevant than ever before since AI machines can possibly be equipped with the 3D software to create the accurate shape of the three-dimensional geometries of any objects to enable the such as , , , and , etc. make accurate decisions in escaping from obstacles, moving on the roads, and carrying out their overall daily activities without doing only that programmed in their memory rather, may have the ability of changing actions and directions of movements based on the perceived geometric of obstacle on their way.
The term “” is a process that deposits a binder material onto a powder bed with inkjet heads layer by a layer. 3D generally, is an advancement of the previously existing 2D which is the creating of the pictorial design of any object in its two-dimensional axis.
HOW TECHNOLOGY EMERGED FROM 2D TECHNOLOGY
The additions of special features to the 2D designing process led to the invention of the 3D drawing and designing which is more accurate, precise, and usually appear like a physical object. Some 3D designed graphics made by professionals using computer software usually look really like a picture of the object taken from somewhere. The technology has made it possible to make pictures, cartoons, and images that look almost real in the physical world when eventually printed out.
HOW COULD TRANSFORM
Imagine if future would have the ability to create the graphic design of any visible object they come in contact with and send it for their , it means, future digital pictures would be showing more dimensions and can appear more aesthetic than the current digital pictures.
HOW COULD TRANSFORM FUTURE
Considering the trend of the 3D and combination, the may possibly be able to perform the incredible operations especially in the area of industrial productions. The mass production of products with varying geometrical shapes can be possible through the combination of the two technologies in the .
If future machines can possibly make the 3D analyses of any object and use it for their actions, industrial machines of such category can do the same by judging their next action in the production lines based on the shape of the objects in their signal memory.
Originally posted 2018-07-13 09:31:59.
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