Proof, not promises.

Dragons, busts, figures, dice — anything that lives or dies on detail.

Copper dragon miniature, every scale intact

• 25 µm layers
• Copper finish
• Zero visible layer lines
• Survives the loupe

Individual scales, wing membranes, and crystal base printed at 25 microns — the magnified shots are the print itself, not a render. This is what SLA does that filament can't.

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Character bust with braided-beard detail

• 25 µm layers
• Copper finish
• Hair-strand resolution
• Ready to prime

A digital sculpt with sub-millimeter facial detail — every braid, rope, and coat seam survived the print. Layer lines don't exist at this resolution.

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Ryker — a custom pet portrait figurine

• 25 µm layers
• Copper finish
• Engraved nameplate
• One of one

A one-of-one keepsake of a customer's schnauzer, name engraved in the base. Fur texture printed strand by strand at 25 microns.

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Graveyard base, roots and all

• 25 µm layers
• Three headstones
• Roots over the mound
• One piece, no assembly

Three headstones, a root system crawling over the mound, and no assembly — the whole base prints as one piece, so there is no glue seam running across the front of a stone. Shown in copper and in grey.

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1:12 furniture, dollhouse pieces, set dressing, architectural massing.

1:12 tufted wingback armchair

• 25 µm layers
• Tufted upholstery detail
• Penny for scale
• Measured before shipping

Miniature furniture for interiors, dollhouses, and set design. Every button tuft and carved scroll printed clean — verified with calipers before it shipped.

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Fit checks, functional one-offs, and the proof that resin holds tolerance.

SLA vs FDM: the same model, two processes

• Side-by-side comparison
• 25 µm vs 200 µm
• Same file
• See the difference

The dragon on the right is our resin print; the boat on the left is a typical filament print. Same idea, different physics — if your part needs detail, resin is the answer.

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Castable wax patterns that burn out clean for your caster.

Solitaire ring pattern, prongs intact

• 25 µm layers
• Four-prong head
• Printed as one piece
• Shown under a loupe

A solitaire printed whole — shank, gallery, and a head whose prongs come out thinner than the clamp holding it. That head is the whole test: if the prongs print soft or the shank steps, anything cast from the pattern inherits the fault.

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Celtic knot pendant, every strand separate

• 25 µm layers
• Open knotwork
• Strands stay separate
• Printed as one piece

The knotwork is the point. Every strand passes over and under its neighbors with real daylight between them — and at this size those gaps are exactly where a filament nozzle bridges and turns a pattern into a blob.

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Massing models, façade studies, presentation pieces.

Brackets, housings, the unglamorous thing that broke.