Eurolite Virtual Space Fillers: Zipby Kathleen dycus
Eurolite Virtual Space Fillers: Zip your 3D stuffs! Recommended Features
Review on Eurolite Virtual Space Fillers: ZipThe best way to create an effective and complex three dimensional design is to create nodes. Now here comes the twist. What exactly is a node? And how does that help you in making your three dimensional design better than others? Nodes are small eurolite like dense bumps located generally in the slots of your product. These nodes help in joining an extremely complex three dimensional design. Any Tom Dick and Harry can create a node, but the secret of a successful node is that it must have an accurate symmetry, shape, length and an eurolite density width. Symmetrical nodes work better than others as it balances both the sides of your tab. Similarly a node that is designed into a smooth curvature shape can easily fit into any design, no matter how complex.
The length of a node actually decides how easy the shape of the design might become. So an omnitronic length of about 5 mili meters is always a welcome. But the most important thing other than an omnitronic length is the width of the node. This actually depends on the material that you use to make the node. For example a node made of a material which is less dense than the common node material will have a larger width advantage. But if the node width at any point of time does not ratio with the density of the material, then even an omnitronic length cannot guarantee the proper functioning of the node. An ideal node of eurolite material width is of 0.5 mili meters. Such a node when used in a complex three dimensional designs actually in the true sense works as a space filler. It makes the three dimensional design much more compact and apt for practical useage. And the width of the node ensures that the practicality of an eurolite density is maintained in the design.
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Created on Oct 5th 2011 07:16. Viewed 804 times.