Materials for Machining Designers: "Manufacturing Process of Gypsum Casting" Gift
Manufacturing Process of Gypsum Casting
Materials for Machining Designers: "Manufacturing Process of Gypsum Casting" Giveaway!
Materials for Mechanical Processing Designers: "Manufacturing Process of Gypsum Casting" Giveaway! The gypsum casting method is a precision casting technique that does not use molds and employs gypsum as the casting material. It is suitable for small lots of aluminum, magnesium, and zinc products. ■□■ Features of Gypsum Casting Method ■□■ ■ Prototyping can be done in shapes close to mass production (mass production approximation), allowing for necessary reality verification and strength testing. - Since it can produce items faithful to mass production shapes (die-cast diagrams), it has recently seen increased adoption as a near-mass production alternative for die casting. Additionally, materials are selected according to the purpose of the prototype (strength components, heat dissipation, etc.). ■ Limited production based on required quantities - It can also supply parts for special models like low-volume, high-variety products. - It can supply only the necessary quantities in a short lead time when needed, eliminating the need for mold investment. ■ It can accommodate situations where production quantities are uncertain (not enough to warrant creating a mold) or where molds no longer exist. ■ For those who wish to receive an easy-to-understand "Manufacturing Process of Gypsum Casting" with photos, please download the catalog or contact us.
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Materials for Machining Designers: "Manufacturing Process of Gypsum Casting" Giveaway! Gypsum casting is a precision casting method that does not use molds and employs gypsum as the casting material. It is suitable for small lots of aluminum, magnesium, and zinc products. ■□■ Features of Gypsum Casting Method ■□■ ■ Prototyping can be done in shapes close to mass-produced items (mass production approximation), allowing for necessary verification and strength testing. - Since it can produce items that are faithful to mass production shapes (die-cast designs), it has recently seen increased adoption as a near-mass production alternative for die casting. Additionally, material selection is conducted based on the application of the prototype (strength components, heat dissipation, etc.). ■ Limited production based on required quantities - It can also supply parts for special models like small-batch, diverse products. - It can provide the necessary quantity in a short lead time when needed, without the need for mold investment. ■ It accommodates situations where production quantities are uncertain (not enough to warrant creating a mold) and for items that no longer have molds. ■ For those who wish to receive an easy-to-understand "Manufacturing Process of Gypsum Casting" with photos, please download the catalog or contact us.
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■ Example of Response ■ ■ Casting prototypes associated with the development of new die-cast products (such as automotive parts) ■ Conducting verification experiments assuming mass production and requiring data ■ Actually assembling and verifying, then wanting to change the design to enhance productivity ■ Parts supply for products with low production quantities (small lots of various types) * Not limited to prototypes; mass production is also possible ■ Responding to old model repair parts with only the necessary quantity in a short delivery time ■ In case the mold is no longer available ■ When launching a new product, if the mold cannot be completed in time
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In increasingly advanced product development, the components involved are required to have complex shapes and diverse functions. Prototype manufacturing using gypsum casting is a method that can realize these requirements precisely and swiftly. Mold Model utilizes the know-how cultivated as a specialized manufacturer of gypsum casting prototypes to address various challenges you face in development prototyping.