3D Printing for Jewelry

Jewelry making is traditionally labor-intensive, but SLA 3D printing decreases labor and cost while increasing productivity. Discover SLA 3D printing to create and cast unique, high-quality jewelry parts. SLA technology delivers ultra-fine detail, high accuracy, and smooth surface finish for jewelry applications.

Jewelry Manufacturing

With SLA 3D printing technology, Masitte is changing the way jewelry manufacturers and designers work. SLA allows jewelry parts with complicated geometries to produce easily and rapidly for casting applications.

Smooth Surfaces

SLA technology creates jewelry patterns with excellent smooth surfaces that require less finishing, reducing labor costs and production time.

Fine Details

SLA 3D printing technology is capable of producing jewelry patterns with a very high level of detail and allows you to create parts with intricate features.

High Quality

Produce highly accurate jewelry patterns for complex geometries. SLA offers high-quality jewelry parts with the finest resolution for jewelry applications.

Jewelry Prototyping

With SLA 3D printing technology, jewelers and designers can use this technology as a way to prototype and model custom jewelry. Masitte creates accurate, fine detail prototypes of jewelry designs for fittings and try-on, ensuring final fit of stone settings. Thus, the customer can hold and try on a real, physical model of the jewelry prototype before it’s cast in precious metal.

Jewelry Prototyping

With SLA 3D printing technology, jewelers and designers can use this technology as a way to prototype and model custom jewelry. Masitte creates accurate, fine detail prototypes of jewelry designs for fittings and try-on, ensuring final fit of stone settings. Thus, the customer can hold and try on a real, physical model of the jewelry prototype before it’s cast in precious metal.

Jewelry Casting

SLA technology provides jewelry casting patterns with high-quality and cost-efficiency. Masitte uses the high accuracy, excellent surface finish, and fine feature detail of SLA 3D printing technology along with advance castable resin to enable jewelry casting workflows.

Jewelry Casting

SLA technology provides jewelry casting patterns with high-quality and cost-efficiency. Masitte uses the high accuracy, excellent surface finish, and fine feature detail of SLA 3D printing technology along with advance castable resin to enable jewelry casting workflows.

Jewelry Casting

SLA technology provides jewelry casting patterns with high-quality and cost-efficiency. Masitte uses the high accuracy, excellent surface finish, and fine feature detail of SLA 3D printing technology along with advance castable resin to enable jewelry casting workflows.

Kuyum Döküm İş Akışı

3B baskılı mücevher üretimi, dijital üretim sürecinin avantajlarıyla hassas dökümü güçlendirir. Geleneksel döküm, oldukça zaman alıcıdır ve önemli teknik uzmanlık gerektirir. Dijital iş akışı ile kuyumcular, tasarımları dijital olarak oluşturur ve daha sonra kalıba dökülebilecek mücevher modellerini üretmek için yüksek çözünürlüklü bir 3B yazıcı kullanır. Dijital iş akışı sayesinde işçilik maliyetleri ve üretim süresi azalır.

Tasarla

Mücevher parçanızı uyumlu bir CAD yazılımı ile tasarlayın.

Yazdır

STL dosyalarını baskı hazırlığı için Masitte Slicer yazılımına aktarın ve ardından yazdırmaya başlayın.

Baskı Sonrası

En iyi sonuçlar için, yazdırılan parçayı IPA'da iyice yıkayın ve sonra kürlemeye bırakın.

Döküm

Yazdırılan parçayı döküm için hazırlayın, kalıbı yapın ve ardından döküm işlemine başlayın.

Bitir

Geleneksel mücevher yapım tekniklerini kullanarak döküm parçalarını cilalayın ve bitirin.

Masitte © 2021

Jewelry Casting

SLA technology provides jewelry casting patterns with high-quality and cost-efficiency. Masitte uses the high accuracy, excellent surface finish, and fine feature detail of SLA 3D printing technology along with advance castable resin to enable jewelry casting workflows.

Jewelry Casting Workflow

3D printed jewelry production empowers the investment casting with the advantages of a digital manufacturing process. Traditional casting is highly time-intensive and requires significant technical expertise. With the digital workflow, jewelers create the designs digitally and use a high-resolution 3D printer to produce the jewelry patterns that can then be cast in the mold. Thanks to the digital workflow, labor costs and production time is reduced.

Design

Design your jewelry pattern with compatible CAD software.

Print

Import STL files into Masitte Slicer software for print preparation and then start printing.

Post-Process

For the best results, wash the printed pattern thoroughly in IPA and post-cure it.

Casting

Prepare the printed pattern for a casting, make the mold and then start the casting process.

Finish

Polish and finish the cast parts using traditional jewelry making techniques.