Thicker where necessary, thinner where unnecessary! There are also benefits such as reduced processing time.
We would like to introduce the "Rotational Molding Method" that we are implementing. This is a technology that shapes products by pressing them against a mold while rotating, allowing for approximately three times the increase in material thickness or about 80% reduction in material thickness. Additionally, it achieves high precision and high hardness processing without the need for annealing, and offers benefits such as significant reductions in processing time and cost. 【Features】 ■ Super thickening through rotational molding ■ Local thinning using the CAN roll method ■ Forming of increased and decreased thickness in grooves without generating chips *For more details, please refer to the PDF document or feel free to contact us.
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【Merits】 ■ Achieves high precision and high hardness processing without annealing ■ Reduces material costs ■ Reduces processing time and costs ■ Achieves Ra0.2 without polishing *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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From automotive parts to home appliances and electric components, Kanemitsu responds with its technology. Since its establishment, Kanemitsu has grown as a leading manufacturer in the domestic market for steel plate pulleys through a consistent high-quality manufacturing system from development and design to production. With our cultivated 'Only-One technology,' we solve our customers' problems. ■ Rotational molding method ■ Press processing ■ In-house design ■ Research and development ■ Virtual prototyping ■ In-house equipment manufacturing ■ In-house mold manufacturing ■ Cutting-free ■ Welding-free ■ Difficult-to-process materials ■ Thickness variation processing ■ Precision shearing ■ All shearing ■ Yield improvement ■ Weight reduction ■ Thin plate processing ■ Integration ■ Deep drawing ■ Seamless ■ Cost reduction ■ VA/VE ■ Labor hour reduction ■ Material cost reduction ■ Reduction in the number of parts ■ Process reduction ■ Prototyping cost reduction ■ Prototyping lead time reduction ■ Strength enhancement ■ Toughness enhancement ■ Surface roughness improvement ■ Surface gloss ■ Motor cores ■ Reduction gears ■ Electrification 《Headquarters》 Akashi City, Hyogo Prefecture 《Domestic production bases》 Miki City, Hyogo Prefecture; Kasai City, Hyogo Prefecture; Nagasaki City, Nagasaki Prefecture 《Overseas production bases》 Thailand, China, Indonesia 《Domestic sales bases》 Kasai City, Hyogo Prefecture; Kariya City, Aichi Prefecture 《Domestic research and development bases》 Kasai City, Hyogo Prefecture; Nagasaki City, Nagasaki Prefecture
