This elegant Asscher cut diamond split shank engagement ring CAD model features a luxurious and sophisticated jewelry design created for professional jewelry manufacturing. The ring showcases a beautifully proportioned Asscher-cut center stone held securely with prongs, highlighting the distinctive square shape and step-cut faceting that gives this diamond its unique depth and brilliance.

The design features a stylish split shank band adorned with pavé-set accent diamonds along both sides of the band. These smaller stones enhance the brilliance of the ring while creating a refined and elegant appearance. The elevated center setting includes additional accent stones beneath the main diamond, adding extra sparkle and visual detail to the gallery area.

This jewelry CAD model is carefully designed with clean geometry and accurate proportions to ensure reliable casting, 3D printing, and high-quality rendering. The balanced structure and proper thickness make it suitable for professional jewelry production while maintaining a comfortable and durable ring profile.

The Asscher cut diamond is known for its vintage-inspired elegance and geometric symmetry, making it a popular choice for luxury engagement rings. The combination of the bold center stone and the diamond split shank creates a striking and premium design suitable for high-end jewelry collections.

Included Files

STL file3DM file (Rhino format)

Important Points

High quality professional jewelry CAD modelClean and accurate geometryReady for 3D printing and castingAsscher cut center stone with secure prong settingSplit shank band with pavé diamond accentsDetailed gallery design with additional stonesBalanced band thickness for durabilitySuitable for rendering and manufacturing

Customer Support

If you require any modifications such as ring size adjustment, stone size changes, prong edits, or additional file formats, support is available. Assistance can also be provided for custom jewelry design modifications or manufacturing preparation to meet your specific requirements.