Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
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Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 24, 2025～Oct 21, 2025
This ranking is based on the number of page views on our site.
31～37 item / All 37 items
This is a workflow for gypsum casting that achieves dimensional accuracy comparable to die casting without the need for molds.
We will introduce the general flow of gypsum casting prototyping. Starting from receiving 3D CAD data from the customer and considering the optimal method, we will explain the process in seven steps up to the final inspection. For more details, please contact us.
![[Example] I need urgent display items or marketing samples.](https://image.mono.ipros.com/public/product/image/b73/2000069391/IPROS3073922404547853814.JPG?w=280&h=280)
Precisely replicate existing products and machined prototypes to achieve multiple units with short delivery times.
By using existing products and machined prototypes as master models, we can precisely transfer them, create plaster molds, and cast duplicates, making it possible to produce multiple items in a short lead time. Please contact us for more details.
Please leave the prototype of zinc die casting to gypsum casting. It is compatible with ZDC2.
Gypsum casting is a casting method using gypsum molds. It can achieve a beautiful surface finish and dimensional accuracy comparable to die-cast products. It has good transferability and can reproduce raised and recessed characters (such as part numbers and company logos with a φ0.3 tool). It is ideal for producing prototypes, single items, and small lots with a wide variety of products. Since no molds are required, it can be offered with short lead times and low costs. It is particularly suitable for complex shapes, thin-walled, and hollow shapes that are difficult to manufacture with machining. The finished castings are dimensionally measured using a three-dimensional measuring machine to ensure quality assurance. It can accommodate zero draft angles and undercuts, which are features of gypsum casting.
Gypsum casting is ideal for ADC12 prototypes. It can accurately reproduce thin-walled shapes and intricate lettering that are difficult to produce with sand casting.
Gypsum casting is a casting method using gypsum molds. It allows for beautiful casting surfaces and dimensional accuracy comparable to die-cast products. It has good transferability and can reproduce embossed characters (such as part numbers and company logos) with a φ0.3 tool. It is ideal for producing prototypes, single items, and small lots with a wide variety of products. Since no molds are required, it can be offered with short lead times and low costs. It is particularly suitable for complex shapes, thin-walled, and hollow shapes that are difficult to manufacture with machining. The finished cast products undergo dimensional measurement using a three-dimensional measuring machine to ensure quality assurance. Zero draft angles and undercuts can also be accommodated, which are features of gypsum casting.
Gypsum casting offers dimensional accuracy at CT4-5 level without the need for molds. Please make use of it for prototyping die-cast products.
Gypsum casting is a casting method using gypsum molds. It can achieve a beautiful surface finish and dimensional accuracy comparable to die-cast products. It has good transferability and can reproduce embossed characters (such as part numbers and company logos) using a φ0.3 tool. It is ideal for producing prototypes, single items, and small lots with a wide variety of products. Since no molds are required, it can be provided with short lead times and low costs. It is particularly suitable for complex shapes, thin-walled, and hollow shapes that are difficult to manufacture through machining. The finished cast products are dimensionally measured using a three-dimensional measuring machine to ensure quality assurance. It can accommodate zero draft angles and undercuts, which are features of gypsum casting.
The corresponding size for gypsum casting is 600 x 600 x 500mm. There is a record of lengths exceeding 900mm.
Gypsum casting is a casting method using gypsum molds. It can achieve a beautiful surface finish and dimensional accuracy comparable to die-cast products. It has good transferability and can reproduce uneven characters (such as part number displays and company logos with a φ0.3 tool). It is ideal for producing prototypes, single items, and small lots with a wide variety of products. Since molds are not required, it can be provided with short lead times and low costs. It is particularly suitable for complex shapes, thin-walled, and hollow shapes that are difficult to manufacture through machining. The finished cast products are dimensionally measured using a three-dimensional measuring machine to ensure quality assurance. It can accommodate zero draft angles and undercuts, which are characteristics of gypsum casting.
Gypsum casting does not require molds, allowing for short lead times for casting. It can be produced with a surface finish comparable to aluminum die casting.
Gypsum casting is a casting method using gypsum molds. It allows for beautiful casting surfaces and dimensional accuracy comparable to die-cast products. It has good transferability and can reproduce embossed characters (such as part numbers and company logos) with a φ0.3 tool. It is ideal for producing prototypes, single items, and small lots with a variety of low-volume products. Since molds are not required, it can be provided with short lead times and low costs. It is particularly suitable for complex shapes, thin-walled, and hollow shapes that are difficult to manufacture with machining. The finished cast products are dimensionally measured using a three-dimensional measuring machine to ensure quality assurance. Zero draft angles and undercuts can also be accommodated, which are features of gypsum casting.
