Castings (precision casting, die casting, gravity casting)

We will make the optimal proposal fitting the details of your inquiry, taking into consideration needs such as precision casting, die-casting, or gravity. In proposals, we consider not just casting, but a wide range of techniques including hammering, pressing, and plate machining.

We are capable of working with a variety of techniques beyond casting iron, stainless steel, high-nickel alloys, aluminum, etc. and have a lot of suppliers in Japan and other countries.

Automotive

Features

We will produce high-quality, low-cost cast products.

  • We have a broad range of suppliers overseas (China, Taiwan, Thailand, Vietnam, and Indonesia) and in Japan.
  • By employing proven manufacturers, we will propose cost reductions that do not lower the quality level.
  • We will leverage our track record and experience accumulated since 2003 through our business partnerships with overseas manufacturers to propose optimized solutions.
  • These proposals can include the cutting of SG&A costs related to delivery.
  • In addition to the many suppliers associated with casting, we are also capable of proposing cost reductions including techniques such as forging and pressing.

Applications

Precision casting products (lost-wax)

  • Carbon steel, stainless steel, high-nickel alloys, etc.
  • Car parts (parts for EGR, turbo parts, diesel engine parts)
  • Agricultural machinery, general industrial parts

Die-casting products

  • General aluminum alloy for die-casting
  • Car parts (parts for EGR, gear cases)
  • Industrial engine parts (pump parts, cases, and duct parts)

Gravity parts

  • General aluminum alloy for casting
  • Car parts (intercooler parts, exhaust system parts)
  • Industrial engine parts (pipe parts, duct parts)

Terminology

Precision casting method
The method uses a casting mold created based on a mold-injected wax pattern for casting. This method is also called the lost-wax method.
It can produce cast items with superior dimension accuracy, appearance, and surface condition to the conventional sand casting method.
Die-casting method
The method mainly melts an aluminum alloy and casts the melted hot fluid in a mold by applying pressure.
Gravity method
The method mainly melts an aluminum alloy and casts the melted hot fluid in a mold using its own weight.
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