By bringing pipe bending processes in-house, we have achieved reduced outsourcing costs and shorter delivery times.

Are you struggling with the outsourcing costs and delivery times for pipe bending? This article details a success story of how in-house production resulted in "monthly cost savings of 800,000 yen" and "reduced delivery times from two weeks to one day." From comparing the advantages and disadvantages of in-house production to how to choose a pipe bender, this article covers all the know-how for profitable in-house production.

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Methods and precautions for stabilizing the quality of aluminum cutting | Tips for choosing and operating machinery

Are you struggling with the quality of your aluminum cutting? This guide thoroughly explains the properties and precautions for preventing burrs and cutting surfaces in aluminum, as well as how to choose the optimal cutting machine and tips for its operation. The secrets to successful equipment implementation and increased productivity are here.

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To avoid failure cutting iron, we explain the advantages and disadvantages of the main cutting methods!

Are you failing cutting steel due to poor processing or increased costs? This article explains the advantages and disadvantages of major cutting methods, including laser, plasma, band saw, and circular saw. We also present tips for selecting a machine that will "fail" while taking into account material, precision, and cost. Improve your manufacturing site's production efficiency and quality today!

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What is pressure testing for high-pressure gas cylinder? Comparing water-tank and non-water-tank methods

As shown in the diagram below, cylinder re-inspection involves various processes such as pressure testing, cleaning, stamping, and painting. At each stage, cylinder is checked for any damage or corrosion and is then maintained for reuse. Among these, this time we will explain the test methods and features of the pressure testing, which checks the strength of cylinder.

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Master the conditions for spot welding! Optimal settings for both quality and efficiency

Put an end to spot welding problems like insufficient strength and defects (spatter, insufficient penetration)! From optimal conditions for high-tensile steel sheets and aluminum to a thorough explanation of the three major conditions of "welding current, welding force, and welding time," nugget formation, and electrode selection, we will explain specific know-how to achieve stable yield, quality, and improved productivity.

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