Jewelry design with Rhino

Explore 2d drawing in Rhino for jewelry design by using polyline, arc, circle, and ellipse tools to create precise, connected curves, trim excess, and refine dimensions.

Explore simple three-dimensional jewelry modeling in Rhino by using surface creation tools, offsetting surfaces, and assembling designs through surface and curve selections.

Explore advanced surfaces in Rhino by constructing star shapes with six sides, using cross-sections from two circles, ellipses, and midpoint controls to assemble and refine complex surfaces.

Develop 3-D surfaces with curve networks by connecting points and centers with arcs, aligning lines to create smooth, interconnected shapes.

Learn to fix a surface in Rhino using fixed offset techniques, including extracting, offsetting, duplicating edges, sweep2, joining naked edges, and extruding surfaces to ensure print readiness.

Design a laser-cut jewelry piece in Rhino by drawing and joining lines, closing curves, offsetting surfaces, hatching, and calculating weight using a specific gravity of 1.6.

Learn to place stones and control the space between them for precise settings on jewelry surfaces. Adjust surface alignment, offsets, and stone orientation to achieve a balanced, professional look.

Design a snail pendant in rhino by exploring 3-d modeling, surface movements, and finishing steps to complete a polished jewelry piece.

Learn to design a fake twist pendant in Rhino by shaping curves, building surfaces from points, and using move, join, and surface generation steps to form the twist.

Learn to design a simple bracelet in Rhino, choosing small, medium or large sizes, positioning it on the ground plane, centering the bracelet, shaping borders and surfaces, and connecting components.

Explore how to design a Cartier bracelet using Rhino by aligning lines to the center, mirroring from front to back, and refining surface details on both sides.

Explore Tiffany bracelet design by drawing lines and curves, noting resistance, and trying different ideas as you review and learn.

Design a helix bangle by drawing a circle, selecting one size, and shaping the surface to propose a balanced form.

Design a star bracelet in Rhino by moving points, adjusting open or closed forms, smoothing the curve, and embedding gemstones in a 3D bracelet model.

Design a Cuban chain in Rhino by exploring how objects relate through mood, scale, and spacing within a community-driven workflow.

Design a patterned bangle by arranging units, adjusting distances, and aligning lines on the surface to create a cohesive, blue-accented jewelry piece.

Learn to create a ring ID in Rhino by drawing circles to a specified diameter, then build border, face, middle, and solid base with controlled thickness.

Create a simple ring in Rhino by sketching a circular profile, adjusting curves with control points, using sweep and surface tools, and refining the border for a smooth solid ring.

Learn a simple method to design four rings in Rhino by combining circles and arcs into connected curves, building surfaces, and joining them into a printable jewelry model.

Explore nail ring construction in jewelry design with Rhino by manipulating points, lines, and surfaces, adjusting thickness and plane, and exploring bullion differences.

Learn to design a ring by section in Rhino by constructing lines, joins, and offsets to form surfaces and intersections, finishing a two-section ring with precise surface work.

Learn to design a simple ring in Rhino by adjusting lines and moving points, rotating geometry, and refining the headphone ring sample 1.

Model a headphone ring in Rhino by refining surfaces, isolating the circle, and sharpening edges. Explore cross sections and small-scale 3D forms to test various samples.

Create a headphone ring sample in Rhino by shaping a 3-D surface, refining points, and lifting the circuit to finalize the form, exploring surface creation and editing techniques.

Prepare a clean 3d printing file in Rhino by ensuring no naked edges. Select and extend geometry, then export the ready file for fabrication.

Explore hip hop ring design in Rhino, shaping a six-sided form, removing sharp corners, offsetting points, connecting points, and creating a swept surface to finish.

Learn 3d modeling a bow ring in Rhino by manipulating control points, refining curves and surfaces, and achieving a smooth, centered form.

Celebrate finishing the jewelry design course and commit to ongoing practice, refining each design with Rhino, while staying upbeat and seeking help when needed.