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Metal casting machine - List of Manufacturers, Suppliers, Companies and Products

Metal casting machine Product List

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[Case Study] Metal Surface Treatment Manufacturer Company S

By introducing casting machines, we handle everything from casting to processing, achieving differentiation! The repeat rate has also improved.

At Company S, a metal surface treatment processing contractor, they originally only handled metal surface treatment. However, due to intense price competition with other companies, they were seeking services that added some value. Therefore, we proposed a one-stop service that not only handles metal surface treatment but also takes care of the entire process from product manufacturing to processing. By simply providing product data, they can achieve prototype output with a 3D printer, followed by casting and processing all in one company. [Case Overview (Partial)] ■ Background - They want to differentiate themselves from other companies. ■ Equipment Introduced - 3D Printer ProJet - Casting Machine YGP-55GR *For more details, please refer to the PDF document or feel free to contact us.

  • 3D Printer
  • Casting Machine

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General jewelry casting production

We strongly support production with direct casting from 3D printers!

Since the 1950s, the production of jewelry in Japan has shifted from traditional handmade methods to mass production through casting. In recent years, market demands have changed significantly, with an emphasis on aspects like being priceless and having a story, leading to a preference for "personalized jewelry," which has diminished the need for mass production of the same design. In an environment of small lot production, creating prototypes by hand as before incurs high "prototype costs," which must be added to the unit price, resulting in increased costs. Even companies that already have casting lines can enhance production flexibility by separating the traditional wax mold firing process from the 3D printer resin firing process, leading to shorter delivery times and improved product yield. *For more details, please refer to the PDF document or feel free to contact us.*

  • Casting Machine
  • Heating device
  • Other machine elements

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[Presentation of Materials] 3D Printer × Lost Wax Casting

Introducing the block mold (solid) method for metalization at low cost and in a short time!

Since 2015, when 3D printers began to gain attention, the cost reduction of SLA methods and the application of SLS methods have led to the development of metal printers, dramatically changing the production style of prototyping. Among prototyping, there is a high demand for "metallic parts" in functional component prototypes, leading to an increase in the use of high-hardness resins as substitutes and a growing demand for metal 3D printers. This document introduces a collaborative technology of 3D printing and lost-wax casting that allows for the metalization of prototypes and samples at low cost and in a short time. The document is available for free. Please take a moment to read it. [Contents] ■ Collaborative technology of 3D printing and casting ■ Casting methods that enable metalization at low cost and in a short time ■ Secrets to low costs ■ Secrets to short delivery times ■ Metalization of 3D printed resin models *For more details, please refer to the PDF document or feel free to contact us.

  • Casting Machine
  • 3D Printer

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[Case Study] Manufacturing Equipment Manufacturer G Company Product Development Department

Prototyping equipment cheaper than metal printers! We aimed to in-house the production of prototypes.

The Product Development Department is engaged in the daily production of prototypes. Prototypes were entirely outsourced, involving a long process from the creation of simple molds to shaping and cutting with metal, which took at least 1 to 2 months for completion. Additionally, creating molds for a single part cost several hundred thousand yen, leading to expenses every time a revision or mass production prototype was requested. Therefore, instead of using a metal printer, we utilized a 3D printer and our company's casting machine to internalize the production of prototypes. By completing prototypes in-house, we were able to reduce both lead times and costs, allowing us to work on prototypes until we were satisfied with the results. [Background] - Prototypes were outsourced, taking at least 1 to 2 months for completion. - Costs were incurred every time revisions or mass production prototypes were requested. - We considered purchasing a metal printer to internalize prototype production, but abandoned the idea due to the need for an initial investment of over 40 million yen. *For more details, please refer to the PDF document or feel free to contact us.*

  • Casting Machine
  • 3D Printer

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