Is Additive Technologies Complementary To Subtractive Ones?
Those who do not adjust to the fast working concept of prototyping often claim that such prototyping is at best complementary to the traditional subtractive methods. They claim that the additive technology even when coming up with the worlds fastest rapid prototyping are essential in only given situations. Such given situations are when you require highly complex geometric forms or wish to fabricate multiple parts in one assembly simultaneously. It could be useful also when you are wishing to replicate multiple materials or composite materials at one time.
One has to accept the inevitability that all the above complicated processes cannot be accomplished by the traditional subtractive methods. You require the additive methods in this case. This leaves the question open whether the traditional subtractive method is well suited for simpler tasks where no such geometric complexity or multiplicity of tasks is involved.
Little do the proponents of the subtractive method realize that the assembly of multiple simple parts will lead to pattern complexities as well. Just stacking up materials and piling them may not resolve your problems of finding the accurate design. This may also lead to very difficult machining problem. On the other hand when you resort to the rapid prototyping it will circumvent the problem easily. It will reduce all the geometries and convert them into simple layers.
Thus rapid prototyping can match with any type of geometry quite easily. The only thing is to find out a good and experienced provider. You can try ZoomRP.com. The ZoomRP.com is the fastest rapid prototype service available.
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