How the Goldsmiths' Craft Differs at the High End: What You Don't See in a Finished Ring

A behind-the-scenes account of what separates a masterwork from a merely excellent ring — the invisible decisions, the unmeasurable hours, and the standard that only a Melbourne goldsmith with twenty years of bench time can maintain.

There is a question that buyers occasionally ask in our Melbourne studio, usually with a slight air of challenge: "If the stones are roughly the same quality, why does one ring cost ten thousand dollars and another cost fifty thousand?" It is a fair question — and it deserves a genuinely honest answer, not a deflection toward vague claims about craftsmanship or brand heritage.

The answer is in what you cannot see. The goldsmith craft at the luxury ring level in Melbourne involves dozens of decisions, operations, and hours of labour that are entirely invisible in the finished piece — not because they were hidden, but because they were done so well that they leave no trace. The prong that catches no light because its tip has been individually polished to the same optical quality as the stone it holds. The seat cut so precisely that the stone sits level without any tilt that would be visible only under 10× magnification. The inner shank so smoothly finished that it contacts the finger in a way that feels, simply, like nothing — like the ring is not there.

This guide opens the workshop door. It describes, specifically and honestly, what the goldsmith does at the high end that the production jeweller does not — and why those decisions, multiplied across every element of a complex ring, add up to something that is genuinely different.

The Honest Answer to the Price Difference Question

Let us begin with the transparent version of the answer, before we go into the detail. A ring at a higher price point differs from a ring at a lower price point in three ways: the stone specification (which is the most immediately visible difference and the most straightforward to explain), the material quality (metal alloy purity and weight), and the craft labour (the invisible work). The first two can be assessed from a grading certificate and a specification sheet. The third requires either witnessing the work being done or understanding, with enough specificity, what it involves.

This guide is about the third. The stone and the metal can be specified identically across a $10,000 ring and a $50,000 ring. The craft cannot.

According to TAFE NSW's Jewellery Design and Technology program, the progression from a competent bench jeweller to a master craftsperson involves not just the acquisition of additional techniques but a fundamental shift in the relationship between the maker and the object — from execution of specification to authorship of form. This distinction is what the price difference at the high end is buying. Not more gold. Not a larger diamond. A deeper level of attention to every surface, every junction, every millimetre of form.

Figure 1: How Labour Hours Scale with Ring Complexity

Figure 1: Typical Bench Labour Hours by Ring Type and Complexity — DG & Co. Melbourne Production Records (2024–2025)

Ring Type	Bench Labour Hours (scale: 1 block = 2 hours)
Simple cast solitaire (9ct gold)			~5 hrs
Standard solitaire (18ct gold or plat)			~9 hrs
Single pavé halo (18ct)			~12 hrs
Double pavé + hidden halo (18ct)			~16 hrs
Three-stone + shoulder pavé			~18 hrs
Full custom fabricated solitaire (plat)			~22 hrs
Complex filigree commission			40–60+ hrs

  ■  Entry–Mid range    ■  Mid–High range    ■  High–Prestige range

Labour hours reflect bench time only — does not include CAD design time, stone sourcing, quality inspection administrative time, or client consultation hours. Complex filigree commissions are noted separately as their labour range exceeds the chart scale. DG & Co. Melbourne internal production records, 2024–2025.

The labour hour data above reveals the foundational arithmetic of high-end goldsmithing: a complex filigree commission at the prestige level requires forty to sixty or more hours of bench time, compared to five hours for a simple cast solitaire. At a professional goldsmith's time rate in Melbourne, this labour differential alone accounts for a significant portion of the price difference between rings of equivalent stone specification. The material cost of gold or platinum may differ by a few hundred dollars between a simple and complex ring of similar weight; the labour cost may differ by several thousand.

Table 1: What the Goldsmith Does Differently at Each Price Tier

Craft Operation	AUD $3,000–$10,000 Ring	AUD $10,000–$30,000 Ring	AUD $30,000–$100,000+ Ring
Construction method	Cast from CAD wax model	Cast or partially fabricated	Fully hand-fabricated; no casting
Seat cutting (stone setting)	Machine-assisted seat cut; standard tolerance	Hand-cut seat; tighter tolerance; checked under 10×	Hand-cut seat; master setter; checked under 30×; zero tolerance
Prong shaping	Prong tips rounded by machine; consistent but generic	Prong tips hand-filed to specific profile	Prong tips hand-filed, then individually polished to mirror finish
Pavé/micro-pavé setting	Machine-drilled holes; standard grain size	Hand-drilled; uniform grain placement under 10×	Hand-drilled; grain sculpted individually; assessed under 30× magnification
Gallery openwork	Cast gallery; as-cast finish	Filed and refined after casting; consistent profile	Individually hand-filed; pierced or engraved; each element distinct
Finishing sequence stages	4–6 stages (grind, file, sand, pre-polish, polish, buff)	8–10 stages; multiple intermediate checks	12–16 stages; individual tool changes per surface type; lapidary-level polish
Inner shank finish	Polished — may have minor casting marks	Fully polished; casting marks removed; consistent profile	Polished to mirror; sometimes satin-lined for comfort; micro-engraved if specified
Engraving / milgrain	Not standard; machine-applied if specified	Hand-engraved by specialist if specified	Hand-engraved as standard for applicable designs; multiple passes
Quality inspection	Visual inspection; standard pass/fail	Magnified inspection at 10×; measurement verification	Magnified inspection at 30×; photography; measurement record kept
Total bench labour (hours)	6–14 hours typical	15–35 hours typical	40–120+ hours for complex pieces
Labour cost component	20–30% of ring price	25–40% of ring price	35–55% of ring price

 

The Invisible Operations: A Technical Account

Let us go through the specific craft operations that differentiate high-end goldsmithing from production jewellery, in enough detail that a buyer can understand precisely what they are paying for.

Construction Method: Cast vs Fabricated

Most engagement rings in the $3,000–$15,000 range are produced by casting: a wax model is made from a CAD file, a plaster investment mould is built around it, the wax is burned out, and molten metal is poured into the void. Casting is efficient and produces dimensional accuracy that matches the CAD model closely. It also has inherent limitations: cast metal has a slightly different grain structure from rolled or drawn metal, making it marginally less dense and potentially slightly more porous than wrought metal of the same alloy.

Hand-fabricated rings — where the jeweller builds the ring from raw sheet and wire stock, cutting, bending, and soldering each element — produce metal of rolled or drawn grain structure that is denser and structurally stronger than cast metal. The difference is not dramatic for most everyday rings, but for very thin shanks, intricate filigree, or pieces intended to last a century, fabrication produces a structurally superior result. The skill required to fabricate a complex ring without casting is significantly greater than the skill required to cast one — and the time investment is substantially higher.

Seat Cutting: The Most Consequential Two Minutes

The seat cut is the small recess made inside each prong (or bezel) where the diamond or gemstone's girdle will rest. The seat must be cut to exactly the right depth (so the stone sits at the correct height — not sunken, not proud), exactly the right width (so the girdle is supported at its correct diameter), and exactly the right angle (so the stone sits level without any tendency to tilt).

In production jewellery, seat cuts are made with a rotating burr to a standard depth — efficient, consistent, and adequate. In master goldsmithing, the seat is cut by hand with a graver and checked under magnification after each small pass. The result is a seat cut to the specific diameter of the actual stone being set, not to a standard size. This is meaningful because diamonds vary slightly from their nominal diameter even when cut to specification, and a seat that fits the actual stone precisely — rather than the expected stone — produces a setting where the stone is both more secure and more level.

The time difference between an adequate seat cut and a perfect one is perhaps two minutes per stone. Across a pavé shank with forty small stones, that is eighty additional minutes of labour. Across a full halo ring with sixty stones, it is two additional hours. This is the arithmetic of invisible quality.

Prong Shaping and Filing: The Detail That Lives Forever

A prong's tip — the point at which the metal closes over the stone's girdle to hold it in place — is one of the most scrutinised details in fine jewellery. An expertly filed prong tip is rounded to a specific profile (slightly dome-shaped, not flat or pointed), smooth to the touch, and polished to the same reflective quality as the rest of the ring. A production prong tip is rounded by machine — consistent, quick, and adequate for most purposes, but with a slightly mechanical regularity that the trained eye reads as just that.

A master goldsmith files each prong tip individually. The profile is adjusted to the specific geometry of the setting, the angle is refined to sit flush against the stone's girdle without any lifting at the edges, and the surface is worked through successive grades of emery to a final polish that makes the prong tip disappear optically into the ring. The prong is there — it must be, to hold the stone — but it does not announce itself. It is present in a way that is felt rather than seen.

Pavé Setting: Where Skill at Microscopic Scale Becomes Visible

Pavé setting — the technique of setting small diamonds in close formation, each held by tiny grains of metal pushed up with a graver — is the jewellery operation most immediately affected by the difference between adequate and masterful execution. The variables are numerous: the hole diameter and depth must match the stone's pavilion exactly; the grains must be consistent in size and shape, raised to the correct height above the stone's girdle, and spaced at equal intervals around each stone; the metal between stones must be filed to a consistent flat plane; and the entire assembled surface must pass under 10× or 30× magnification without showing any irregularity in grain height, stone level, or metal plane.

A ring like our three carat emerald cut diamond ring in 18ct yellow gold with hidden halo and pavé setting represents exactly this level of work: the hidden halo's micro-pavé requires individual assessment of each stone position under magnification, with grains sculpted to the specific size and shape appropriate to the surrounding geometry. At a production level, this work is done under 10× magnification as a standard. At master level, 30× is the assessment standard, and each grain is treated as a discrete, craftsperson-authored element rather than a replicated unit.

Gallery Work: The Structure No One Sees

The gallery is the framework beneath the stone — the open metalwork that connects the stone's setting to the ring's shank, and that allows light to enter the stone from below. In a cast ring at a standard level, the gallery is as-cast: the form is what the wax model produced, with minimal hand-finishing applied to the interior surfaces.

In a hand-finished master commission, the gallery is individually refined. Every element of the gallery's structure is filed to a consistent cross-section, the openings are cleaned of casting flash, the junction between the gallery and the shank is worked to a smooth, invisible transition, and the surfaces that will never be seen — the underside of the gallery bars, the inner faces of the prong bases — are finished to the same standard as the visible outer surface. This is not done because anyone will see it. It is done because the maker's standard does not allow a surface to remain unfinished, regardless of whether it is visible.

Table 2: The Complete Finishing Sequence

The following table documents the full finishing sequence for a master-level Melbourne commission. At standard level, stages 1–7 and 9–10 are performed. At master level, every stage below is completed.

#	Finishing Stage	Tool Used	What It Achieves
1	Heavy file — gross metal removal	Large flat file	Removes casting seams, sprues, and surface irregularities
2	Needle file work — detail profiling	Assorted needle files	Refines edges, profiles corners, cleans gallery openings
3	Coarse emery stick	Emery wrapped mandrel	Removes file marks; begins surface preparation
4	Medium emery	Medium-grit emery	Continues surface preparation; removes coarse emery marks
5	Fine emery	Fine-grit emery	Prepares surface for pre-polish; removes medium marks
6	Split-pin buff (pre-polish)	Split pin with Tripoli compound	First polish layer; begins surface reflectivity
7	Polishing mop — all planes	Cotton mop with rouge compound	Main polish; develops mirror reflectivity on flat surfaces
8	Inside shank polish	Ring stick with felt/leather	Polishes inner shank; removes all marks from interior surface
9	Prong tip detail polish	Felt bob / leather point	Individual polish of each prong tip to match shank reflectivity
10	Gallery cleaning	Bristle brush + steam	Cleans compounds from gallery openings and setting details
11	Ultra-fine finishing (high-end only)	Chamois buff / Zam compound	Final optical-quality surface; highest reflectivity
12	Quality inspection under magnification	10× or 30× loupe / microscope	Identifies any remaining marks, inconsistencies, or surface defects
13	Rhodium plating (white gold)	Electrolytic plating bath	Applies rhodium layer for white gold brightness and hardness
14	Final polish post-plating (if required)	Light buff only	Removes any oxidation from plating process; final visual check

At standard level (AUD $3,000–$10,000), stages 1–7 and 10 are typically completed. At mid-high level (AUD $10,000–$30,000), stages 1–12. At master level (AUD $30,000+), all 14 stages are completed, with multiple passes of stages 3–9 on different surface types. The difference in final surface quality is measurable by light reflectometry and visible to the trained eye under 5× magnification.

FAQ #1: Can I tell the difference between a standard and master-finished ring just by looking at it?

Probably not immediately, and certainly not across a display case. The differences in surface finish, prong quality, and setting precision that distinguish master work from standard work are visible under 5–10× magnification and felt in the hand — not immediately apparent to the naked eye in a shop lighting environment. However, they become apparent over time and close examination: the way the prongs do not snag on fabrics because their tips are truly smooth; the way the stone sits absolutely level with no perceptible tilt; the way the inner shank contacts the finger without any catch or roughness; the way the pavé surface catches light uniformly rather than in slightly uneven patches. These are qualities that reveal themselves in wearing rather than in viewing. Ask to hold a ring rather than look at it. Ask to view it under a loupe. And ask the jeweller directly about their finishing sequence — the depth and specificity of their answer tells you most of what you need to know.

The Setting Conversation: Stone Security Over Twenty Years

One of the most important but least discussed dimensions of craft quality is stone security — how well the setting holds the stone not just on day one, but across twenty years of daily wear. This is where the invisible work of the master goldsmith produces outcomes that are entirely practical rather than merely aesthetic.

The Grain Over vs Push-Over Method

In standard pavé setting, metal grains are pushed over the stone's girdle using a small beading tool in a relatively quick motion. The grain is adequate — it holds the stone — but the contact between grain and stone is sometimes minimal, particularly at the edge where the grain meets the girdle at a slightly awkward angle. Over years of wear, a grain that contacts the stone's girdle at a shallow angle is more likely to flex and lose contact than one that contacts it squarely and deeply.

Master setters work the grain with multiple small passes rather than a single motion, ensuring the grain wraps firmly around the stone's girdle at the correct angle before being polished to its final profile. The difference in stone security across twenty years of daily wear is meaningful — a ring with master-quality pavé setting will lose stones significantly less frequently than an equivalent ring with standard setting work.

Prong Height and Stone Security

Prong height — the amount of metal that extends above the stone's girdle to hold it in place — must be calibrated precisely. Too short, and the prong does not adequately grip the stone; too tall, and the prong is visible above the table of the stone and potentially catches on fabrics. The optimal prong height varies by stone shape, stone size, and prong count, and is calculated individually for each commission at the master level.

This calculation is performed by machine for production rings — a standardised height table applied uniformly. At DG & Co., our Melbourne bench jewellers calculate prong height for each stone and each setting individually, adjusting for the specific stone's diameter and height before the prong is pushed over. For a stone oval cut in a four-claw setting — where the oval's irregular perimeter means prong heights at the waist and shoulders must differ from prong heights at the tips — this individual calculation produces a setting that is more secure and more visually correct than one made to a single standard.

The Materials That Support the Craft

The craft is performed on material, and the material affects what the craft can achieve. This is a dimension of high-end goldsmithing that is rarely discussed but genuinely matters for the finished quality.

Metal Grain and Work-Hardening

Precious metal that is worked at the bench — drawn, rolled, hammered, bent — develops a grain structure from the working process that is fundamentally different from cast metal. Worked metal is more uniform in density, more resistant to flexing and deformation over time, and provides a better substrate for the final polish. The connection between the metal's internal structure and the quality of its final surface finish is real: cast metal with surface porosity cannot be polished to the same optical quality as dense, worked metal, regardless of how many finishing stages are applied.

At the high end of goldsmithing, the metal is sourced from rolling mills and drawing machines rather than from casting grain, and the fabrication process itself contributes to the metal's final quality in ways that no post-casting treatment can fully replicate.

Platinum's Specific Requirements

Platinum's significantly higher melting point (1,768°C vs gold's 1,064°C) and different working properties mean that every operation performed on a platinum ring requires specific tools, techniques, and knowledge that gold working does not. The solder used in platinum work must match platinum's colour and flow characteristics; the annealing process differs; and the final finishing sequence on platinum — which is naturally white and requires no rhodium plating — produces a surface quality that is judged against the metal's own intrinsic colour rather than an applied coating. For platinum band wedding ring or engagement ring commissions, we ensure that the bench jewellers working with the material have specific platinum experience — the learning curve for a gold jeweller moving to platinum is significant, and the results of an inexperienced platinum commission show it in ways that cannot be polished away.

FAQ #2: Is there a way to assess craft quality before buying, without being a trained goldsmith yourself?

Several practical approaches help. First, ask to view the ring under a 10× loupe — any reputable Melbourne jeweller will provide one. Under magnification, assess the pavé surface (are the grains consistent in size and shape? is the metal plane between stones flat?), the prong tips (are they smooth and rounded, or slightly faceted from machine rounding?), and the inner shank (is it smooth and mark-free, or does it show polishing wheel marks?). Second, ask the jeweller directly about their finishing sequence — a goldsmith who can describe fourteen specific finishing stages with specific tools is operating at a different level from one who can only say "we hand-finish everything." Third, ask to see their workshop or to meet the bench jeweller who will make your ring. Physical access to the making process is a reliable indicator of a studio that is proud of and accountable for its craft. At DG & Co. in Melbourne, we welcome both requests.

The Craft in Specific Ring Types

The differences described above manifest differently in different ring styles. Here is how master goldsmithing shows itself in the specific designs that Melbourne buyers most frequently commission.

The Solitaire: Where Simplicity Demands Perfection

A solitaire ring offers the goldsmith no complexity to hide behind. There are no side stones, no halo, no gallery openwork to fill the eye's attention. There is one stone, a setting, and a band. Every element is visible. Every surface can be examined. And every imperfection — a prong tip that is not perfectly rounded, a shank that is 0.1mm thicker on one side than the other, an inner surface that carries the ghost of a polishing mark — is apparent.

This is why the solitaire is, counterintuitively, among the most demanding ring designs for a master goldsmith. The quality of the work cannot be obscured by visual complexity. For buyers who want to commission a solitaire at the highest level, the full range of ring style options at DG & Co. includes solitaire configurations in which the setting's simplicity is itself the statement — and the invisible work of the goldsmith is the entire investment.

The Halo: Where Craft Multiplies

A halo setting — where the centre stone is surrounded by a ring of small pavé-set diamonds — multiplies the craft requirements dramatically. The quality of each individual micro-pavé stone position, the level of the halo's outer edge, the consistency of the transition between the halo's diamonds and the centre stone's setting, and the precision of the shoulder pavé that extends down the shank — each element requires the same master attention as the next. The diamond engagement ring with side stones designs in our Melbourne collection demonstrate this: rings where the pavé has been set to the master standard show a surface of continuous, even sparkle that reads as a quality of the metal itself rather than a collection of individual stones.

The Three-Stone Ring: Symmetry as the Standard

A three stone engagement ring melbourne requires that all three stones sit at precisely equal heights above the finger, that their settings are geometrically symmetrical to a degree that is visible to the naked eye, and that the metal junctions between the side stone settings and the centre stone setting are clean and consistent. The master goldsmith assesses these relationships under magnification and makes small adjustments — re-filing a gallery element here, adjusting a prong height there — that are individually insignificant but collectively produce a ring that reads as perfectly balanced from every viewing angle.

The Marquise: The Shape That Tests the Setter

The white gold marquise engagement ring australia presents a specific craft challenge that few other stone shapes match: the pointed tips must be secured in V-tip prongs that protect the stone's most vulnerable points without obscuring the tip's silhouette, and the prong must be shaped so that its profile tapers cleanly from the body of the prong to its contact with the stone's tip in a way that reads as a natural continuation of the stone's form rather than an interruption of it. A master setter achieves this in a single, continuous prong profile. A less experienced setter produces a prong that, while structurally adequate, has a slightly blunt or abrupt quality at the tip junction that is visible in direct comparison.

The Invisible Investment: What You Are Actually Buying

The buyer who commissions a ring at DG & Co. — whether a modest cheap proposal ring or an ambitious custom commission — is buying the same foundational standard of craft care, calibrated to what the price point allows. At every level, the seat cuts are made to fit the actual stone. At every level, the prong tips are hand-filed. At every level, the inner shank is finished to a standard the wearer will feel rather than see. The difference between price tiers is the depth of the finishing sequence, the number of passes through each stage, and the total labour hours invested — not the care or intention of the people doing the work.

At the highest tier — complex custom commissions in platinum or 18ct gold with full fabrication and the complete fourteen-stage finishing sequence — what the buyer receives is a ring that will look indistinguishable from the day it was collected for as long as it is maintained appropriately. The surface will develop the natural patina of wear, which is part of a ring's beauty. But the surface will not deteriorate, the prongs will not thin unevenly, and the stones will not shift. Because the work done to prevent those outcomes was done correctly — invisibly, thoroughly, and by someone who regards their name as inseparable from every ring that leaves the workshop. Our custom engagement rings melbourne service is the fullest expression of this standard.

FAQ #3: Does more expensive always mean better craft, or can a modest ring be genuinely well-made?

A modest ring can be genuinely well-made — and at DG & Co., we try to ensure that it is. The craft standard that governs seat cutting, prong filing, and inner shank finishing does not change based on the ring's price. What changes with price is the depth and duration of the finishing sequence, the construction method (cast versus fabricated), and the complexity of the design. A simple solitaire at AUD $3,000 from a Melbourne goldsmith who takes their craft seriously will be made to a higher standard than a complex ring at AUD $20,000 from a production jeweller who does not. Price correlates with craft at a given quality level within the same studio — it does not guarantee craft quality across different studios. The question to ask is not "is this expensive?" but "what does this jeweller actually do at the bench, and are they willing to show me?" The answer to the second question tells you everything about the first.

The Craft Behind the Complete Jewellery Story

The goldsmith's craft is not applied only to engagement rings. Every piece in the collection — the wedding band, the eternity rings, the occasional pieces — reflects the same standards and the same invisible labour. A wedding set designed and made in the same Melbourne studio will have profile consistency between the two pieces that is not achievable when they are sourced separately, because the same hands that made the engagement ring understand exactly how its profile should be echoed in the wedding band. The fit between the two pieces is not coincidental; it is crafted.

The diamond in gold settings in our collection demonstrate how the warmth of yellow gold and the quality of the goldsmith's hand interact to produce something that photographs differently from a machined ring — not because of any trick of photography, but because the surface has a quality of liveliness that comes from hand finishing. The eternity band settings we make carry the same pavé quality standard as the engagement rings they accompany — every grain consistent, every stone level, every transition between stones clean. These are not marketing claims; they are the result of the craft hours documented above.

For buyers interested in seeing what the goldsmith's craft looks like across a range of coloured stone settings — including the specific challenges of setting a tanzanite for engagement ring (a stone with directional cleavage that requires particularly careful seat cutting and gentle prong closure) or a white gold aquamarine ring (where the stone's transparency means any seat cut error is visible through the stone's table) — our Melbourne studio welcomes visits and welcomes the loupe.

For the natural moissanite buyer or the lab-grown diamond buyer, the craft standard is identical to that applied to natural stones — the material in the seat and the prong does not know what type of stone it is holding, and the goldsmith's obligation to the work does not change based on the stone's origin or price.

The diamond ring creator tool allows buyers to begin exploring what their commission might look like before visiting our studio — and the diamond rings melbourne prices guide provides the most current context for what different levels of craft investment produce in Melbourne in 2026.

For rings that have been worn for years and need the goldsmith's attention again — a prong that has thinned, a gallery element that has flexed, a surface that needs refreshing — our jewellery remodel service applies the same craft standards to restoration work as to new commissions. And our rhodium plating service for white gold rings is delivered with the same attention to surface preparation that we apply in the original finishing sequence — because a rhodium plate applied over an unprepared surface produces a result that is visibly different from one applied over a properly prepared surface, even under ordinary light.

For the broader question of is engagement ring and wedding ring the same — the answer matters particularly in the craft context, because the two pieces are ideally made by the same hands, to the same standard, with an understanding of how they will sit together over decades.

A 9ct gold locket bracelet made with the same finishing care as the engagement ring beside it is a piece that will age in the same way — developing the same patina, wearing at the same rate, feeling like part of the same family. This is craft coherence across a jewellery collection, and it is only available when all the pieces come from the same hands.

The Melbourne Goldsmith's Standard

At DG & Co. on melbourne jewellers collins street — a studio whose output spans every price tier, from the most accessible to the most ambitious — the invisible work is the standard, not the exception. Every ring that leaves our Melbourne workshop has been through the seat cut assessment, the prong filing, the finishing sequence, and the magnified quality inspection that the work demands. Not because buyers can see it. Because the people who made it will know whether it was done.

That is the goldsmith's craft at the high end: not the craft that is celebrated when the ring is presented in its box, but the craft that is practised in the hours before, at a bench under a lamp, with a graver and a loupe, in the particular silence that belongs to making things well.

If you would like to see what that looks like — if you would like to visit our workshop and understand what your ring is before it arrives in the box — we welcome you. We are proud of the work. We are even prouder of the invisibility of it.

— DG & Co. Jewellery | Collins Street, Melbourne | Craft That Lives in the Invisible