Rendered blueprint overlay showing the Aetherium Dop Stick design transitioning from CAD wireframe into a brass dop assembly. Text reads “Aetherium Dop Sticks – The Master Collection” with a “Digital File – Makerspace Ready” tag. Image communicates this is a downloadable 3D-printable dop stick system for lapidary and faceting workflows.

Dop Stick Master Collection: Digital Project Files - 3D-Printable Lapidary Tool

$19.00
$19.00
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Rendered blueprint overlay showing the Aetherium Dop Stick design transitioning from CAD wireframe into a brass dop assembly. Text reads “Aetherium Dop Sticks – The Master Collection” with a “Digital File – Makerspace Ready” tag. Image communicates this is a downloadable 3D-printable dop stick system for lapidary and faceting workflows.
  • Rendered blueprint overlay showing the Aetherium Dop Stick design transitioning from CAD wireframe into a brass dop assembly. Text reads “Aetherium Dop Sticks – The Master Collection” with a “Digital File – Makerspace Ready” tag. Image communicates this is a downloadable 3D-printable dop stick system for lapidary and faceting workflows.
  • Dop Stick Master Collection: Digital Project Files - 3D-Printable Lapidary Tool
  • Full set of 3D-rendered dop sticks arranged in rows, including cone, flat, and wedge styles. Each dop stick is shown in reflective metal finish to visualize final proportions. Text highlights sizes 12, 8, 6, and 4 mm, all designed to fit 6 mm faceting quills. Ideal for users wanting a complete dop library for faceting or epoxy dopping.
  • Bambu Lab X1-Carbon printer beside a laptop running Bambu Studio. Screen shows a dop stick model loaded for printing. Large caution sign reads “Requires Enclosed Chamber,” indicating these files are optimized for engineering-grade materials like polycarbonate. Demonstrates plug-and-play 3mf project files for enclosed printers.
  • Large grid of freshly printed dop sticks on a cutting mat transitioning into a transparent CAD wireframe. Shows batch production capability and the precision modeling used to generate the digital files. Highlights how users can print dozens of dop sticks at once using optimized build plates.
  • Array of build plates inside slicing software, each displaying clustered dop stick models arranged for efficient PC printing. Text reads “Optimized Filament Profile – Engineering Grade Polycarbonate,” indicating the files include tuned print profiles for strength, consistency, and quill fit.
  • Close-up of a swiss blue topaz being cut on diamond lapidary disks. The brass quill and clear dop stick show how the 3D-printed version interfaces with faceting machines. Emphasizes precision fit and production-level repeatability for stone alignment.
  • Macro shot of a finished purple faceted alexandrite resting on a dark surface. Shows the level of precision achievable using the dop stick system. Used to demonstrate end-results and the quality potential of the tool in expert workflows.
  • Epoxy-dopped cabochons arranged on a dop board, including lapis lazuli pieces in various shapes. Text reads “Not just for faceting – Level up to epoxy dopping,” highlighting the dop stick versatility for cabbing, carving, and adhesive-based stone setting.
  • Hand holding the aetherium tabling adapter attached to a gemstone on the vevor faceting machine. Lighting emphasizes the grip, control, and integration with modern faceting and cabbing systems. Text reads “Integrated Ecosystem – redefining skilled trades,” reinforcing compatibility across Aetherium tools.
  • Close-up product shot of a clear 3D-printed dop stick installed in a brass faceting quill. Text reads “For the modern lapidary.” Clean background emphasizes fitment accuracy and the polished interface between metal hardware and 3D-printed tooling.
  • A green jeweler’s carving wax ring model holding an oval champagne diamond in four prongs. The faceted stone shows warm golden fire against a translucent wax setting, demonstrating how wax models are used for gemstone layout and fit checking before metal casting. Shot on a blue cutting mat, highlighting precision modelmaking for custom jewelry design.
  • Rendered blueprint overlay showing the Aetherium Dop Stick design transitioning from CAD wireframe into a brass dop assembly. Text reads “Aetherium Dop Sticks – The Master Collection” with a “Digital File – Makerspace Ready” tag. Image communicates this is a downloadable 3D-printable dop stick system for lapidary and faceting workflows.
  • Dop Stick Master Collection: Digital Project Files - 3D-Printable Lapidary Tool
  • Full set of 3D-rendered dop sticks arranged in rows, including cone, flat, and wedge styles. Each dop stick is shown in reflective metal finish to visualize final proportions. Text highlights sizes 12, 8, 6, and 4 mm, all designed to fit 6 mm faceting quills. Ideal for users wanting a complete dop library for faceting or epoxy dopping.
  • Bambu Lab X1-Carbon printer beside a laptop running Bambu Studio. Screen shows a dop stick model loaded for printing. Large caution sign reads “Requires Enclosed Chamber,” indicating these files are optimized for engineering-grade materials like polycarbonate. Demonstrates plug-and-play 3mf project files for enclosed printers.
  • Large grid of freshly printed dop sticks on a cutting mat transitioning into a transparent CAD wireframe. Shows batch production capability and the precision modeling used to generate the digital files. Highlights how users can print dozens of dop sticks at once using optimized build plates.
  • Array of build plates inside slicing software, each displaying clustered dop stick models arranged for efficient PC printing. Text reads “Optimized Filament Profile – Engineering Grade Polycarbonate,” indicating the files include tuned print profiles for strength, consistency, and quill fit.
  • Close-up of a swiss blue topaz being cut on diamond lapidary disks. The brass quill and clear dop stick show how the 3D-printed version interfaces with faceting machines. Emphasizes precision fit and production-level repeatability for stone alignment.
  • Macro shot of a finished purple faceted alexandrite resting on a dark surface. Shows the level of precision achievable using the dop stick system. Used to demonstrate end-results and the quality potential of the tool in expert workflows.
  • Epoxy-dopped cabochons arranged on a dop board, including lapis lazuli pieces in various shapes. Text reads “Not just for faceting – Level up to epoxy dopping,” highlighting the dop stick versatility for cabbing, carving, and adhesive-based stone setting.
  • Hand holding the aetherium tabling adapter attached to a gemstone on the vevor faceting machine. Lighting emphasizes the grip, control, and integration with modern faceting and cabbing systems. Text reads “Integrated Ecosystem – redefining skilled trades,” reinforcing compatibility across Aetherium tools.
  • Close-up product shot of a clear 3D-printed dop stick installed in a brass faceting quill. Text reads “For the modern lapidary.” Clean background emphasizes fitment accuracy and the polished interface between metal hardware and 3D-printed tooling.
  • A green jeweler’s carving wax ring model holding an oval champagne diamond in four prongs. The faceted stone shows warm golden fire against a translucent wax setting, demonstrating how wax models are used for gemstone layout and fit checking before metal casting. Shot on a blue cutting mat, highlighting precision modelmaking for custom jewelry design.
Dop Stick Master Collection: Digital Project Files - 3D-Printable Lapidary Tool

Dop Stick Master Collection: Digital Project Files - 3D-Printable Lapidary Tool

$19.00
$19.00

A better dop stick, without the brass price tag.
This Master Collection gives you a complete dop library: cone, flat, and wedge profiles across 12, 8, 6, and 4mm diameters, all ready to fit any 6mm faceting quill. These are the same production-grade dop sticks I run in the Aetherium lab. Designed for use with epoxy, not wax.

Each file is pre-tuned for enclosed-chamber printers and batch production. Load the plate, select your size, hit print, and you’re in play.
Why Polycarbonate?
Nearly indestructible impact resistance, vibration dampening, a naturally strong epoxy bond for secure dopping, and fully reusable bodies you can recycle when they finally wear out. It’s a material upgrade that holds its own against the traditional brass-and-wax technique.

Digital file access, ingrained in our values: developing the tools and technology that lower accessibility barriers. 3D printing is changing the arts. It lowers the barrier between idea and execution and provides access to anyone, anywhere in the world, regardless of their social class.

The Catch?
– License terms –
You’re free to print as many as you want. Tune them. Modify them. Make one for your friend who’s just learning. But no selling or redistribution of files.

After all…

Every order supports Aetherium Innovations and our mission to develop tools and technologies that lower the barriers in the skilled art trades.

Proudly made in the Pacific Northwest, USA
For the Modern Lapidary

Made with care

Great value

Elegant design

Quality materials

Details

This product is crafted with quality materials to ensure durability and performance. Designed with your convenience in mind, it seamlessly fits into your everyday life.
Shipping & Returns

We strive to process and ship all orders in a timely manner, working diligently to ensure that your items are on their way to you as soon as possible.

We are committed to ensuring a positive shopping experience for all our customers. If for any reason you wish to return an item, we invite you to reach out to our team for assistance, and we will evaluate every return request with care and consideration.

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