Openwork that reads as delicate and still survives daily wear
Filigree, lattice, and pierced forms only look easy. The thin strands that make them beautiful are exactly what snaps, opens at the nodes, or traps dirt no one can reach. We design openwork for load and for service from the first model, so the piece stays as fine as it looks and still holds up to being worn.
The problem this solves
What makes openwork fail
Openwork fails quietly and expensively. A strand that is a fraction too thin snaps at the clasp after a month. A node where three wires meet opens because the join was never planned, only hoped for. A pierced form that looks airy on the bench becomes a dirt trap no one can clean once it is on a finger.
Finish is its own hazard. A filigree that was built perfectly can be ruined in the last step, when an aggressive pass breaks a delicate edge or rounds a crisp opening into something soft. The piece that leaves the bench is not always the piece that ships.
Service is the part most makers avoid. A glued or fused lattice cannot be taken apart, so a single broken strand means the whole piece is written off. For a buyer, that turns a treasured design into a liability the moment it needs attention.
We treat openwork as an engineering problem dressed as a pretty one. The negative space is designed, the nodes are reinforced, and the access is planned, so the result is as durable as it is delicate.
Delicate is a look. Strong is a decision. Openwork needs both, made on purpose.
What we do instead
Four decisions that keep openwork intact
We design the lattice for load, not just looks
Strand thickness and spacing are set against where the piece takes force, so the openwork reads as fine without being fragile at the points that matter.
Nodes are reinforced where strands meet
Every junction is a potential weak point, so we size and join it deliberately. The node carries the load instead of hiding a gap.
Parting lines and access are planned
We decide how the form comes apart and how it gets cleaned before it is built, so service and care are possible rather than impossible.
Finish without breaking the filigree
The final pass is done to protect the fine edges, so the openings stay crisp and the delicate look survives the last, most damaging step.
How it works
From your openwork design to a piece you have approved
You send the openwork design
A drawing, a CAD file, or a reference. Tell us how fine you want it and how it should be worn, so we design to both the look and the life. See related structure work on the Structure & Sections page.
We stress-map it and send a structure note
Before cutting, you get a written read on strand thickness, node joins, and parting lines, so the delicate look is backed by a plan you can approve.
You review the model and the feel
We show the piece with the negative space rendered honestly, plus a weight figure, so you judge the airiness and the wear before metal moves.
We build the sample
One finished openwork piece with reinforced nodes and a protected finish, so you can hold the delicacy and test the strength.
Your approval gates the batch
The approved sample becomes the spec, so a run reproduces the same fine, intact lattice instead of re-interpreting it.
Risk reversal
What you are not exposed to
A filigree that snaps
Strand thickness is set against real load, so the fine look does not come at the cost of a strand that breaks in wear.
Nodes that open up
Junctions are reinforced and joined on purpose, so the points where strands meet stay closed instead of drifting apart.
A piece that cannot be cleaned
Access is planned before building, so the openings can be cared for rather than becoming permanent dirt traps.
Finish that breaks the lattice
The final pass protects the fine edges, so the crisp openings you approved survive shipping instead of softening at the last step.
Proof
See the work, not the promises
Nodes that carry the load
How a fine lattice was joined at every junction so the openwork stays intact in wear.
See the case studiesOpenwork that moves
A pierced form built with a hidden joint, so the delicate panel still functions as a moving part.
Explore laser weldingAccess built in
How a cleaning and service route was planned so the openwork can be cared for over time.
See how we workA run that stayed fine
How an approved sample became the spec a small run reproduced without losing the delicacy.
Read about prototypingWhat we need from you
Less than you think
- The design, drawing, CAD, or a reference for the openwork you have in mind.
- How fine you want it, and how delicate is too delicate for the wear it will see.
- The metal, since gold and platinum each behave differently in thin sections.
- Whether it moves, hinges, or must come apart, so we plan the joints and access.
- The finish, polished or satin, so the fine edges are protected in the last pass.
- Questions early, especially any strand you are unsure will hold.
Questions buyers actually ask
QCan you make very fine openwork?
Yes, down to fine filigree. The question is whether the fineness suits the wear, and we will tell you honestly where to stop so the piece stays intact.
QHow do you keep it strong?
By designing strand thickness and node joins against the load before cutting, not by hoping thin metal holds. The delicacy is real, the strength is planned.
QCan a broken strand be repaired?
Where the design allows, yes. We plan access and reversible joins so a single break is a fix, not a write-off. For fused sections we tell you up front what service involves.
QHow do you finish such fine work?
The final pass is done to protect the edges and openings, so the crisp look you approved is what ships rather than a softened version of it.
QWill it be hard to keep clean?
We plan the openings for care from the start, so the piece can be maintained instead of becoming a trap for dirt that no one can reach.
QIs it comfortable to wear?
Comfort is part of the structure note. Edges are finished and the form is balanced so the openwork feels considered on the skin, not sharp or unbalanced.
Send the openwork you are not sure will hold
If a design is fine enough that you worry about it surviving wear, that is exactly when to bring it to us. Send the drawing and how delicate you want it, and we will come back with a structure note on strand thickness, nodes, and access before any metal is cut.