Welding technology "Friction Stir Welding" *Video now available
Welding technology "Friction Stir Welding" *Video now available
Our company specializes in the joining of pipes and round bars using "friction stir welding," which allows for high-strength connections even with different diameters and dissimilar metals. High-strength joining of different diameters and dissimilar metals is possible. This contributes to reducing material costs and eliminating variations in joining quality. Compared to machining round bars, we can reduce material costs and achieve a reduction in man-hours. Additionally, because we use machinery, reproducible joining is possible. We have a video of "friction stir welding" available. Please take a look at the dedicated page.
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"Friction Welding" *Video now available*
High-strength bonding of dissimilar diameters and different metals. Contributes to cost reduction of materials and elimination of variations in bonding quality.
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Reducing CO2 emissions through processing technology *Materials available upon request
Dissimilar metals can also be joined with high strength. Proposals for press processing that contribute to environmental measures are also possible. There are examples of a 70% reduction in CO2 emissions.
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Manufacturing of Steel Pipe Piles Using Friction Welding
Contributes to cost reduction through material and labor hour reduction. Suitable for mass production with stable joining quality and production system.
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Introducing the features of "friction welding" that are not found in other joints.
Achieve full-strength joints (where the strength of the joint is equal to or greater than that of the base material)! The joint will not become a weak point in terms of strength!
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Joining of dissimilar and different diameter metals by friction welding <Large size OK>
Strongly bonding dissimilar metals. Reducing material loss and processing man-hours to achieve cost reduction.
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Regarding the joining of large-diameter, long-length pipes by "friction welding."
It is possible to join pipes with a maximum diameter of Φ216.3mm and a maximum length of 105,000mm! Please consult us regarding the size each time!
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"Friction Welding" <Video Now Available>
It enables the production of high-precision and highly uniform products, contributing to the reduction of material costs. Pipes with a maximum diameter of φ216.3mm can be joined.
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Introducing case studies on solving productivity improvement challenges through "friction welding."
Significantly improves productivity! Suitable for mass production due to the ability to join in a short time.
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Introduction of cost reduction examples using "friction welding" (1)
We will introduce a case where the use of expensive materials was reduced and cost savings were achieved by using dissimilar metal bonding!
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Explanation document on the advantages of aluminum joining through friction stir welding.
Achieves strong joints without reducing the strength of the joint. Joining with bolts and rivets is unnecessary, allowing for simplification of the structure. Dissimilar metals can also be joined.
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Introduction of cost reduction examples using "friction welding" (2)
Introducing a case study that achieved cost reduction by reducing material loss through the joining of dissimilar metals!
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Friction stir welding of aluminum
Aluminum joining is possible! Achieve efficient joints that do not compromise material strength! Joining of large-diameter pipe shapes is possible.
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Friction welding of dissimilar and different diameter metals for automotive applications
Strongly bonding dissimilar metals to achieve weight reduction and cost savings.
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Joining of dissimilar and different diameter metals by friction welding for aerospace applications.
Strongly bonding dissimilar metals to meet the strength requirements of the aerospace field.
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Welding of dissimilar and different diameter metals using friction pressure welding for shipbuilding.
Strongly joining dissimilar metals to achieve improved corrosion resistance and cost reduction in shipbuilding.
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Joining of dissimilar and different diameter metals by friction welding for railways.
Strongly bonding dissimilar metals to contribute to the durability of railway structures.
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Welding of dissimilar and different diameter metals by friction stir welding for the energy industry.
Strongly bonding dissimilar metals to reduce material loss and processing time, thereby lowering costs.
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Dissimilar metal joining by friction welding for plants
Contributes to the longevity of plant equipment. Achieves cost reduction as well.
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Joining of dissimilar and different diameter metals by friction welding for semiconductor manufacturing.
Improving the reliability of semiconductor devices through precision bonding while also achieving cost reduction.
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Dissimilar metal joining by friction welding for medical devices
Pursuing biocompatibility. Firmly bonding dissimilar metals to expand the possibilities of medical devices.
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Joining of dissimilar and different diameter metals by friction welding for machine tools.
Contributes to the performance improvement of high-precision machine tools by firmly bonding dissimilar metals.
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