Language: 日本語 | English
Language: 日本語 | English
A shaving method bores normally is hole in the first step (blanking) and then performs shaving in the second step
With our method, we can blank and shave simultaneously.
Our technology has been adopted in a variety of fields, including automotive parts.
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By applying our company's shaving technology to drawing, we've achieved the creation of 2-mm plane surfaces from drawn edges.
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We offer and provide high accurancy items as they move along the line for customers
SUS materials, central hole shaving
We change U-shaped grooves at each side from machining to shaving, reducing costs and creating edges at least as good as those made by machining.
Squareness and flatness precision are also sufficient.
S65CM material
Regular methods drawing holes are not good for maintaining precise dimensions at four points in a central elliptical hole, so we fulfill customer needs with our precision shaving process.
Material: SUS316
This is a promotion video shows our news technology WARISAKI.
We acquired domestic patent and applied for Taiwan Patent.
How would you use this technology?
We have succeeded in splitting a plate of brass.
We produce T-shape bracket only by Press processes.
meterials available: Copper, Aluminum, Steel, Brass.
** the reference photo is Steel and Brass.
We succeeded in splitting Stainless steel (punching metal) by WARISAKI press work.
This is the world’s first technology to succeed manufacturing the product from splitting technology (Patent No. 5165806, International and Taiwan patent pending) to Heming processing in the progressive die. It achieved the shortening of the lead time and reducing the cost from the conventional construction method.
Materials: Steel, Aluminum, Copper
It has various uses
・Complex 3D shapes by splitting and hemming
・Jointing dissimilar metals
・T-shape brackets
The Splitting technologies of the titanium and the stainless steel are now on trial.
We utilized splitting (Warisaki) processing technology and succeeded to manufacture integrated cast processing products of complicated 3D shapes by the metal press.
・Shifting from previously manufacturing by welding and forging to now process by products by the metal press enabled us to
1) Reduce cost (maximum of 75%)
2) Shorten the lead time (by one quarter)
3) Greatly improve the quality stability due to no connection such as the welding construction method
We provide a round-tip product by applying splitting (Warisaki) processing technology.
・To change the material shape from flat metal to round metal!
・To put the round shaped part to the flat metal directly!
We can cope with a specially ordered product if the diameter of the round shape is within the dimension which can be put on the press.
We constantly handle with the extending of the materials.
A solid projection was formed on a 1.5mm thick plate in a single press process.
A proprietary technology following Warizaki (Japanese patent obtained).
Method Name: [Turm Method] ★ Turm means tower in German ★
[Warizaki] Method
A single piece is formed from a plate (no welding, seamless structure).
[Warizaki] Method
A single piece is formed from a plate (no welding, integrally molded).
[Warizaki] Method
A single piece is formed from a plate (no welding, seamless structure).
[Partial Warizaki] Method
Integrally molded piece.
The plate is drawn, and the drawn edge is split along the outer perimeter, forming a three-dimensional integrally molded piece.
A three-dimensional integrally molded piece is formed from a single plate.
[Outer Perimeter Warizaki] Method
A three-dimensional integrally molded piece is formed from a single plate.
Achieves solid projections on both sides of a thin plate (photo held by hand) in a single press operation.
ONLY ONE Processing Technology [Turm Method]
Achieves solid rectangular column projections on a thin plate in a single process.
ONLY ONE Processing Technology [Outer Perimeter Split Method]
Forms a three-dimensional shape from an electric resistance welded tube.
ONLY ONE Processing Technology [Warizaki Method]
Splits a plate from three directions.
ONLY ONE Processing Technology [Split]
Splits a plate with a thickness of 25mm.
ONLY ONE Processing Technology [Outer Perimeter Warizaki Method]
Draws a plate, then splits the drawn edge along the outer perimeter to achieve a three-dimensional shape.
ONLY ONE Processing Technology [Split Method]
Splits a plate into three parts.
