Production Evidence
The tools that decide what can be made — and what can't
Two 200W laser welders, CAD and 3D modeling, resin printing, dedicated section and setting benches, measuring tools and finishing setups. Here is what each one is — and what it lets us do for your piece.
Tools and what they make possible
Equipment matters for what it lets the bench do
A list of machines tells you very little on its own. What matters is which pieces each tool makes buildable — and which designs would fail without it. In this workshop the answer is concrete. The thin-walled openwork forms we build exist because our joiner does not need torch heat: two 200W laser welders put a concentrated, controlled arc exactly where the metal must join, and nowhere else, so a wall measured in fractions of a millimetre stays true through assembly. With a torch, the same piece warps before the second join cools.
The rest of the equipment list follows the same logic. CAD and 3D modeling let us agree proportions, tolerances and stone seats on screen before metal exists, so your approval fixes the geometry the bench will build to. Resin printing puts a form in your hand — weight, scale, how it sits — before a single gram of gold is committed. Dedicated section and setting benches keep fabrication and stone work in controlled conditions, and the measuring tools turn "close enough" into a number that can be checked the same way at every stage.
None of this equipment is exotic, and that is the point. A workshop is not credible because it owns rare machines; it is credible when the machines it owns match the work it accepts, and when the people using them have the judgement to know what each check means. Our list is short because our work is specific: structures that must hold, surfaces that must read evenly, stones that must stay seated. Every tool on this page earns its place against one of those three problems, and if a design needs something outside the list, you will hear it at review rather than discover it at delivery.
We are also straightforward about what the equipment list does not cover. Plating and rhodium are not part of our in-house work, and no machine on this page changes that. What these tools do cover is the structure, setting and finishing of the piece itself — the parts of the making where quality is either built in or lost, and where the right tool is the difference between a design that survives contact with the real world and one that photographs well and disappoints in the hand.
The question is never what machines a workshop owns. It is which of your design's problems those machines can actually solve.
What each tool is, and what it lets us do
2 × 200W laser welders
Two 200W laser welders handle structural joins and hairline work without the heat distortion a torch brings. This is the reason thin-walled openwork is buildable here at all: sections can be joined where they actually sit, joins come out cleaner and stronger than soldered equivalents, and the metal around the weld barely knows it happened. A joint that would need a torch, flux and a wide heated zone becomes a single controlled pass — and on thin-walled work, that difference is the whole design.
CAD & 3D modeling
Proportions and tolerances are agreed on screen before the bench starts. The model you approve becomes the reference the piece is built and inspected against, and a design change at this stage costs nothing but a conversation — which is exactly where difficult designs should be argued out.
3D resin printing
A form can be confirmed in hand before metal is cut. A printed model answers the questions a render cannot: how the piece sits, how it weighs, how the openwork reads in real light. For repeat work, the print is also the physical check that the file matches the intention.
Section & setting benches
Complex structures are assembled by hand at the section bench — built in parts that can actually be worked, then brought together. Stone work happens at dedicated setting benches under proper light: pave, prong and bezel setting, by hand, where each stone is placed and checked individually.
Measuring & inspection tools
Calipers, loupes and reference gauges are the repeatability buyers actually depend on. The same dimension is measured the same way at every stage — wall thickness before setting, stone seat depth, final fit — so the standard does not drift with who happens to be at the bench. When we say a critical dimension stays in an agreed band, this is what that means in practice: a number, a gauge, and the same reading on the second check.
Finishing setups
Surfaces are finished to your specification by hand: high polish, matte, brushed or satin. Finishing is a bench activity here, not a batch process, which is why the surface can be held even across a piece with deep openwork and fine edges.
What this means for you
QWhy do laser welders matter so much for my design?
Because they change what is buildable. A torch heats a wide area and distorts thin metal; a laser welder puts a controlled arc exactly at the join. That is the difference between an openwork piece that assembles true and one that fights you at every section — and it is why we can take on thin-walled, section-built structures that other shops turn down. It also keeps the heat-affected zone small enough that finishing after welding stays a hand job rather than a repair job.
QCan I see a model before you cut metal?
Yes, twice over. The CAD and 3D modeling stage confirms the design on screen, and resin printing puts a physical model in hand if you want one. You approve the model, and the bench builds what you signed off — the approved file stays the reference through production and final inspection.
QHow do you keep repeat pieces consistent?
The approved file fixes the geometry, and the measuring tools fix the checks: calipers, gauges and loupes used the same way at every stage, on every piece. Consistency here is a measurement habit, not a hope that everyone's eye agrees.
QWhat if my piece needs a process your equipment does not cover?
We tell you at review, before metal is cut. Plating and rhodium, for example, are not part of our in-house work — if your design needs them, you will hear it early enough to plan the full route. The structure, setting and finishing of the piece itself are covered here, by these tools, at this bench.
See it connected
The equipment, at work
Tools are easiest to judge by what comes off them. These pages show the welders, the modelling stage and the benches in the context of the work they produce.
From screen to sign-off
The CAD and 3D modeling capability page explains how proportions, tolerances and stone seats are agreed before the bench starts — and why your approval of the model is the anchor for everything after it.
Read about CAD & 3D prototypingIn hand before metal
Resin prints confirm a form before gold is committed. The process page shows where this sits in the six stages, between CAD confirmation and fabrication.
Read the manufacturing processMeasured, not judged
Calipers, gauges and loupes turn quality into numbers that can be checked the same way twice. The quality control page shows the four points where those measurements happen.
Read about quality controlJudge the tools by the work
Send us your design and ask what it would take to build. The answer will name the tools, the benches and the gates involved — and if a piece needs something this workshop does not have, you will hear that too, before metal is cut. Ask which tools your piece would touch and what each gate would measure; if the answer does not satisfy you, that is useful information as well.
- Two 200W laser welders — structural joins and hairline work without torch heat, the reason thin-walled openwork builds here.
- CAD, 3D modeling and resin printing — your design confirmed on screen and in hand before metal exists.
- Section and setting benches — complex structures assembled by hand, stones set one at a time under proper light.
- Measuring tools at every gate — calipers, loupes and gauges, so repeatability is measured rather than assumed.