Jesus Christ - Eternal Love 3D print model

Introduction to the 3D Art Model Jesus Christ - Eternal Love

The artwork Jesus Christ - Eternal Love is a 3D masterpiece that harmoniously blends classical spirituality with modern technology, celebrating the sacred and emotional essence of Jesus Christ. Inspired by Renaissance sculpture, the piece depicts Jesus in a majestic yet compassionate pose, with soft, harmonious lines visible from every angle. From the intricate folds of his garments to the serene expression on his face, every detail is meticulously crafted, breathing life and spiritual depth into the work.

Optimized for 3D printing and CNC machining, the model ensures high precision and seamless integration into various production processes. Whether directly shaping materials like resin, wood, or metal, or using it as a mold for mass production, the artwork retains its sharpness and aesthetic integrity. Its balanced proportions and cohesive structure make it suitable for diverse display spaces, from personal altars to large-scale religious architectural projects.

Jesus Christ - Eternal Love is not merely an artistic creation but a bridge between tradition and innovation, bringing the message of divine love closer to modern life. It is an ideal choice for artisans, manufacturers, or anyone seeking a spiritually symbolic piece that meets high technical standards.

This model was created by Zbrush software. It is watertight, solid and ready to print or use for CNC Carving Machines. It is used in creating for the purpose of making direct products or creating molds.

A beautiful Sculpture of Jesus Christ, created by a dedicated artist, with classical architecture. The proportions and shape of the statue are balanced in all directions, suitable for many different sizes without losing its identity.

Model is provided as a triangulated polygons, with type (.*STL file format, about 2.2 Mil Points. Checked meshes integrity and fixed mesh to perfection and ready for your work.

Proposed Scale (although easily adjustable in any 3D software): X*Y*Z= 145* 450* 198 Mm

Thanks!