Examples of using Complex shapes in English and their translations into Japanese
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Colloquial
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Ecclesiastic
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Computer
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Programming
Enables complex shapes that cannot be achieved through pressing.
Ability to process complex shapes by applying axial compressive force to the material.
Specializing in complex shapes not possible with sand mold casting.
With support for surface processing, coating, and complex shapes.
After cold or hot forming, the products undergo precision forging in order to be formed into complex shapes and meet highly precise dimension requirements.
Mesh ceiling can fully adapt to the design of various complex shapes, and can process various types of curved lines, giving.
It is used to manufacture thick PET containers used for packaging created in complex shapes, deep packaging containers, etc.
Strong plasticity, can be processed into various complex shapes, more abundant functions.
Luckily, we have an assortment of path drawing functions which make it possible to compose very complex shapes.
The roof of my house complex shapes, and calculate the amount of metal shingles or other roofing materials is difficult.
And the diamonds are quite suitable for making drill bits of complex shapes.
It offers a uniform thickness on inner and outer surfaces of complex shapes, which often eliminates the need for grinding after plating.
Complex shapes and contours are not a problem for our CNC professionals.
In other words, one can accurately simulate interfaces with complex shapes, which are difficult to calculate with the conventional method.
Conifers wrapped in snow and the complex shapes of the branches of the trees exude an almost solemn stillness.
Machining and die-sinking electrical discharge machining, they can impeller manufacture of complex shapes, such as the twisted shape and mixed-flow shape. .
You can cut complex shapes and cardboard that are difficult to do by hand with high accuracy and ease.
With special technological processes are obtained more easily finished pieces of large size and of complex shapes in Reselgit®.
Cheaper and more flexible than carbon fiber, it is stronger than many metals by weight, and can be molded into complex shapes.
Their combination of low yield strength and high elongation permits successful forming of complex shapes.