Diamond Wave Ear Climber in 14k White Gold
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14k white gold, natural diamonds
K. came to us with his own original wavy, diamond-traced ear climber design for his wife — a concept he said existed nowhere else. The design went through several rounds of fine-tuning, including a resin model shipped so his wife could test the fit against her ear before casting, and a final adjustment removing a second post per her preference. When it arrived, K. wrote: 'Amazing job. Love it.'
'Yes love it.' — on seeing the photorealistic render
'Amazing job. Love it.' — on delivery
Quick specs
Primary Metal
Shape / Cut
Primary Stone
Accent Stones
Style
Design Complexity
Intent: Certainty
Size
Single ear climber, outer helix placement. Approximately 4 round diamonds plus pave-set accent diamonds along a curved line.
How they made it distinctive
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01
Wavy, asymmetrical silhouette built from the client's own original design concept, with no existing reference found anywhere
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02
Continuous pave diamond line engineered to curve organically along the ear rather than follow a straight or geometric path
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03
Single post chosen over the recommended double-post design, trading some stability for a simpler, lighter feel on the ear
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04
Stone placement adjusted so one diamond sits over an existing piercing, putting a prior piercing hole to functional use
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05
Resin model physically tried against the wearer's ear before casting to confirm fit and post placement
How you'd make it yours
Stone type: this piece uses natural diamonds (VS clarity, F-G color); a new commission could use lab diamonds for the same look at lower cost
Metal: this piece is 14k white gold; the same organic wavy design works in yellow or rose gold
Post structure: this piece uses a single post; a new commission could use a double post from the start for more stability
Silhouette: the wavy line and stone cluster placement are specific to this design, but the curve's length and stone count could differ on a new piece
One of a kind: this exact ear climber was designed from one client's original concept and is not reproduced — a new commission is an original piece inspired by its organic, pave-lined style
Design changes made
The original two-post design was reduced to a single post at the client's request after his wife tried the resin model and preferred the simpler feel, even though a second post offers more stability. Stone placement was also adjusted so one diamond could sit over an existing piercing, letting that hole be put to use rather than requiring a new one.
Who this is for
This piece is for someone who wants a single, sculptural statement earring rather than a conventional matched pair — someone comfortable with multiple piercings and an asymmetrical silhouette. It's especially right if you have your own design idea in mind and want a team to build it from scratch rather than choose from existing styles.
How it's made
Once the design and resin fit were approved, a wax model was 3D printed from the finalized CAD file and attached to a wax tree inside a casting flask. The flask was fired in a kiln to burn out the wax, leaving a hollow mold, and molten 14k white gold was poured into the mold to form the raw earring. After cooling, the piece was cut from the tree, cleaned, and prepared for finishing.
The curved body was polished to a smooth, rounded finish along its full length, since the unfinished 3D print appears sharper and more angular than the final cast piece. The pave diamonds were set first along the wavy line in a continuous channel of small prongs, followed by hand-setting of the three larger round diamonds in their cluster near the base. A single post was soldered in place at the confirmed location rather than the original two-post design.
Key note
Several of the smallest pave diamonds were sent back to the cutter and replaced mid-production because their cut quality didn't match the rest of the stones — a quality check that pushed the ship date back slightly but kept every diamond in the pave line consistent.
Pricing guidance
A sculptural single ear climber with a continuous pave diamond line and a multi-stone cluster sits toward the higher end for earring commissions of this kind. Most of the cost comes from the labor-intensive pave setting along a curved, organic line and the quantity of natural diamonds required, rather than the metal itself. Diamond quality grade and whether the stones are natural or lab-grown are the next biggest cost levers.
Moves price up ↑
- ↑ Choosing higher clarity/color natural diamonds (e.g. VS/F-G) over lower grades
- ↑ Extending the pave line or adding more stones along the curve
- ↑ Adding a second post or more structural reinforcement for security
- ↑ Using platinum instead of 14k white gold for the setting
Moves price down ↓
- ↓ Switching from natural to lab-grown diamonds for the same look at lower cost
- ↓ Reducing the number of pave-set stones along the curve
- ↓ Choosing a shorter or less elongated climber silhouette
- ↓ Using a lower diamond clarity/color grade
Questions people ask
An ear climber is an earring designed to travel upward along the curve of the ear rather than hang down or sit flat like a stud. It is typically secured with one or two posts that go through existing piercings, with the body of the piece resting against the ear's natural curve. A single-post design is lighter and simpler but can shift or rotate on the ear over time, while a two-post design holds the piece firmly in a fixed position. The choice between one and two posts is really a tradeoff between a cleaner look and guaranteed stability.
Yes. When a client brings an original concept rather than an existing design to copy, the process starts with a sketch based on the client's description, then moves to a 3D CAD model that can be adjusted before anything is cast. Because there's no existing piece to measure against, extra care goes into figuring out post placement, how the piece will actually sit on the ear, and whether the proportions will look right at full scale. It typically takes longer than working from a reference image, since every detail has to be worked out from scratch through sketches and renders rather than confirmed against something that already exists.
Natural and lab-grown diamonds are chemically and visually identical, so for small pave-set stones along a curved line, the difference comes down to origin and cost rather than appearance. Lab-grown diamonds typically cost significantly less for the same clarity and color grade, which can be a meaningful saving when a design uses a large number of small stones. Natural diamonds carry a higher cost per stone but are the traditional choice for clients who want mined stones specifically. Either option can achieve the same sparkle and continuous pave line effect in a piece like this.
A single ear climber with a continuous pave diamond line and a multi-stone cluster typically falls toward the higher end for custom earring commissions, mainly because of the amount of hand-setting labor a pave line requires. The total cost depends heavily on diamond quality grade, whether the stones are natural or lab-grown, and how many stones are used along the curve. Metal choice (14k white gold versus platinum, for example) plays a smaller role than the stone-related decisions. Because pricing depends on the finalized stone count and grade, a firm number usually isn't possible until the 3D model is complete.
The design phase for a detailed, custom-built piece like this typically runs 10 to 14 days, covering sketch, 3D model, and rendered approval. Once the design is approved and production begins, casting, stone sourcing, and setting usually take another 4 to 6 weeks, though pieces with a high stone count or very fine pave work can run longer if any stones need to be re-sourced for quality. A resin model can also be shipped partway through for a physical fit check, which adds a short additional window before the piece moves into final production.
Yes, a resin model can be 3D printed and shipped to the client to physically test fit before the piece is cast in metal. This is especially useful for an asymmetrical or climber-style earring where exact post placement against the ear's natural curve matters and is hard to judge from a render alone. The resin has no stones and is purely for checking fit, size, and placement. If an adjustment is needed after trying the resin — like changing the number of posts — it can usually still be made before the final casting begins.
A single post means the earring is secured at only one point, which keeps the design cleaner but allows the piece to shift, rotate, or potentially slip depending on the earring's weight and shape. A double post secures the earring at two points along its length, which holds it firmly in one fixed orientation and is generally recommended for larger or more elongated pieces. Some clients start with a single post for a simpler feel and can have a second post added later if stability becomes an issue, though a later addition may land within about 1mm of its originally planned position rather than in the exact spot. The right choice depends on how much movement the wearer is comfortable with versus how secure they want the piece to feel.
In most cases, yes — a second post can be added to an earring after the fact if the original design was engineered with that possibility in mind. The jeweler will aim to match the original planned location as closely as possible, typically within about 1mm, but an exact match to a hypothetical original two-post layout can't be fully guaranteed once the piece already exists as a single-post design. It's a straightforward service addition rather than a full remake. Clients who are unsure whether they'll want the extra stability often choose to start with one post and decide later based on real-world wear.
