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Luxury-Watch-Display-05
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| Platform: | 3dsMax 2023 + obj |
| Render: |  V-Ray |
| Size: | 58 MBNEW |
| Colors: | |
| Length: | 50 cm |
| Width: | 42 cm |
| Height: | 53 cm |
| Style: | Modern |
| Materials: | Metal, Leather |
| Formfactor: |
Published 23 December 2025
Animated Gyroscopic Watch Winder (He Jiang Style) - Constraint-Based Rig
Watch the Mechanism in Action: [https://youtu.be/41sgGOebMwY]
A high-end 3D model of a Gyroscopic Watch Winder, inspired by the mechanical aesthetics of He Jiang. This asset stands out for its Constraint-based animation system. Instead of simple keyframes, the gimbal rings are driven by advanced Animation Constraints, ensuring physically accurate motion and a stable rig structure.
Polygons and vertices with TurboSmooth LV1:
Polygons: 684,124
Vertices: 583,170
Polygons and vertices without TurboSmooth:
Polygons: 494,908
Vertices: 501,354
Constraint-Based Rigging: Utilizes a robust system of Constraints, for precise, jitter-free ring movement.
Production Ready: Professional naming convention and clean hierarchy (eg, Outer_Gimbal_Ring) for easy integration.
Watch the Mechanism in Action: [https://youtu.be/41sgGOebMwY]
A high-end 3D model of a Gyroscopic Watch Winder, inspired by the mechanical aesthetics of He Jiang. This asset stands out for its Constraint-based animation system. Instead of simple keyframes, the gimbal rings are driven by advanced Animation Constraints, ensuring physically accurate motion and a stable rig structure.
Polygons and vertices with TurboSmooth LV1:
Polygons: 684,124
Vertices: 583,170
Polygons and vertices without TurboSmooth:
Polygons: 494,908
Vertices: 501,354
Constraint-Based Rigging: Utilizes a robust system of Constraints, for precise, jitter-free ring movement.
Production Ready: Professional naming convention and clean hierarchy (eg, Outer_Gimbal_Ring) for easy integration.
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| Platform: | 3dsMax 2023 + obj |
| Render: | V-Ray |
| Size: | 58 MBNEW |
| Colors: | |
| Length: | 50 cm |
| Width: | 42 cm |
| Height: | 53 cm |
| Style: | Modern |
| Materials: | Metal, Leather |
| Formfactor: |
Published 23 December 2025
Animated Gyroscopic Watch Winder (He Jiang Style) - Constraint-Based Rig
Watch the Mechanism in Action: [https://youtu.be/41sgGOebMwY]
A high-end 3D model of a Gyroscopic Watch Winder, inspired by the mechanical aesthetics of He Jiang. This asset stands out for its Constraint-based animation system. Instead of simple keyframes, the gimbal rings are driven by advanced Animation Constraints, ensuring physically accurate motion and a stable rig structure.
Polygons and vertices with TurboSmooth LV1:
Polygons: 684,124
Vertices: 583,170
Polygons and vertices without TurboSmooth:
Polygons: 494,908
Vertices: 501,354
Constraint-Based Rigging: Utilizes a robust system of Constraints, for precise, jitter-free ring movement.
Production Ready: Professional naming convention and clean hierarchy (eg, Outer_Gimbal_Ring) for easy integration.
Watch the Mechanism in Action: [https://youtu.be/41sgGOebMwY]
A high-end 3D model of a Gyroscopic Watch Winder, inspired by the mechanical aesthetics of He Jiang. This asset stands out for its Constraint-based animation system. Instead of simple keyframes, the gimbal rings are driven by advanced Animation Constraints, ensuring physically accurate motion and a stable rig structure.
Polygons and vertices with TurboSmooth LV1:
Polygons: 684,124
Vertices: 583,170
Polygons and vertices without TurboSmooth:
Polygons: 494,908
Vertices: 501,354
Constraint-Based Rigging: Utilizes a robust system of Constraints, for precise, jitter-free ring movement.
Production Ready: Professional naming convention and clean hierarchy (eg, Outer_Gimbal_Ring) for easy integration.
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