We process products, mainly by cutting them, using processing machines withCO2 laser beamsusing near-infrared rays.
Processing of various shapes can be achieved by combining CO2 laser beams and industrial control systems.
The advantages include that smooth cutting surfaces can be obtained, high-speed processing becomes possible since energy closer to the surface temperature of the sun is used, and not only mass production, but alsohigh-mix low-volume production or mass production of small-lot products or products with complicated shapes become possible.
Furthermore, to satisfy the variety of needs of customers, we have introduced turret punch presses that are best suited for mass production, which enables us to manage mass production at more economical prices. |
●Characters with Complicated Shapes |
The NC-controlled processing enables flexible shaping covering simple profiles up to complicated profiles. |
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Gear Shapes
Gears can be processed with precision equivalent to machine processing. |
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Slit Processing
This processing makes the most of the characteristics of the laser beam that offers small cutting width.
0.7 mm-wide 0.2 mm slits. |
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Complicated Shapes
Complicated shapes can be processed as intended by utilizing NC data. |
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Polished Material Processing
Processing of polished materials can be performed without making scratches on them thanks to the use of the non-contact type of working machines. |
●Smooth Cutting Surface and Plate Thickness |
Basically, we use N2 for stainless steel as an assist gas, N2 for mild steel up to thickness of 3.2 t, and O2 for mild steel with thicker plate. Thus, we cut materials having various plate thicknesses while ensuring smooth cutting surfaces.
We are positively tackling profiles and materials that cannot be processed by other companies.
Please do not hesitate to make inquiries to us or request estimates from us. |
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●Thick Materials |
For stainless steel, plate thickness of up to 20 mm can be cut.
Even products with complex profiles or large size can be processed. |
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SUS 30 mm
Laser cutting can provide higher precision than plasma even with a thick plate, which contributes to saving of subsequent processes. |
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Aluminum 16.0 mm
Smooth cutting of aluminum, which was conventionally difficult with laser, is no longer a problem. |
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Mild Steel 25 mm
Mild steel can also be cut smooth. |
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●Pipe Processing |
Difficult drilling or cutting of pipes can be done precisely and smoothly with a laser. |
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Round Pipe
Pipe processing is possible up to 150 mm in diameter and 6,000 mm in length. |
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Square Pipe
Square: Within 125 x 125 mm
Rectangular: Within 150 × 80 mm
Others: Round or deformed pipe is possible. |
Precision Sheet Metal Working |
Do you have products that require bending or welding after cutting and processing?
We realize quick delivery through lump-sum production at a location, rather than working with cutting, bending, and welding in different locations. |
●Major Bending Work |
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Box Bending
Even bending and complex bending can be ensured through NC control. |
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“R”-Bended Product
“R” bending can also be performed through NC control. For rolling, a dedicated roll processing machine will be used. |
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Hemming
Hemming is mainly used for foodstuff containers and similar products. |
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Step Bending
A dedicated mold may sometimes be required for step bending. |
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We respond to customer needs with stable and reliable technologies accumulated in jobs related to semiconductors. |
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The YAG welding is best suited for welding of ultra-thin sheets or highly difficult aluminum welding that were conventionally considered not possible. The beauty of bead should be a breakthrough of the bounds of common sense in welding. |
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●Weld Scale Removing/Finishing |
We respond to customer needs with reliable technologies covering quick removal of weld scale with CLINOX Pro finished with skilled engineering. |
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● Integrated Production covering the processes of Cutting, Bending, Welding, up to Finishing
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We respond to customer needs through an integrated production system covering the processes of cutting, bending, welding, and finishing. |
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