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What began with hands-on crafting and early adoption of 3D printing grew into a deep exploration of digital fabrication. Combining traditional making techniques with 3D modelling, CAD, and custom software development. Over time, the focus shifted from hobby projects to professional-grade workflows, tools, and designs.
Through work in mold making, resin casting, digital sculpting, and small-scale production, Glintworks built its own workflows for designing and manufacturing complex objects, especially for tabletop and collectible use. Custom software, plugins, and production systems became a natural extension of that process.
Through work in mold making, resin casting, digital sculpting, and small-scale production, we've built workflows for designing and manufacturing complex objects. From tabletop miniatures to functional prototypes, we bring digital designs into the physical world with precision and care.
Parametric CAD modelling for product development and engineering. We create editable models, technical drawings with GD&T callouts, and assemblies structured for manufacture from the first feature.
Node-based and script-driven geometry pipelines that generate complex forms from rules. Lattice structures, organic surface patterns, architectural ornament, and data-driven visualisations that would take weeks to model by hand.

Handmade Artisan Dice
Handcrafted artisan resin dice with intricate designs, vivid colours, and unique inclusions. Each set is made in small batches.
Send us your brief. We'll tell you what's possible and quote a production run.

Apr 11, 2026
How we turned client concept art into 30 multi-colour corgi keychains, from sub-d modelling in Blender to solving colour bleed on the Prusa MMU.
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Apr 5, 2026
How we rebuilt every plastic component on a sun-damaged model sailboat using ASA, CAD, and a geometric fix for a warping problem that adhesives alone couldn't solve.
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Mar 19, 2026
How we switched from Fusion 360 to Houdini to design parametric pendant lamps, discovered vase mode after a decade of printing, and chose a 1 mm nozzle on purpose.
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