Materials for Machining Designers: "Manufacturing Process of Gypsum Casting" Gift

Added to bookmarks
Bookmarks list

Bookmark has been removed
Bookmarks list

You can't add any more bookmarks

By registering as a member, you can increase the number of bookmarks you can save and organize them with labels.
Free membership registration

Manufacturing Process of Gypsum Casting

last updated：Oct 01, 2010

モールドモデル

Official site

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.

Inquire About This Product

basic information

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.

Price information

Delivery Time

Please contact us for details

Applications/Examples of results

■ 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