Tritium Barbell Bead (2x6mm Vials)

Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Digital Preview

Not a Photo

Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Digital Preview

Not a Photo

Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Digital Preview

Not a Photo

Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Digital Preview

Not a Photo

Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Digital Preview

Not a Photo

Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Digital Preview

Not a Photo

Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Digital Preview

Not a Photo

Tritium Barbell Bead (2x6mm Vials) 3d printed
Tritium Barbell Bead (2x6mm Vials) 3d printed
Digital Preview

Not a Photo

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About this Product

I present my "Barbell" tritium vial holding decorative bead, designed to take six of the 2x6mm tritium vials (tritium vials not included).

The central pin is 5mm in diameter and 6mm wide.

The tritium vials should be set using a UV activated optically clear adhesive such as Norland 61 or Loctite glass bond. These adhesives will cure in direct sunlight in an hour or so.

There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
What's in the Box
INCM

In this picture the phosphorus coating on the tritium vial being energised by UV light.
Tritium Barbell Bead (2x6mm Vials) in Stainless Steel
Width Height Depth
1.3 cm 1.35 cm 1.35 cm
This model is 3D Printed in Stainless Steel: Bronze-infused stainless steel with visible print lines and rough feel.
Model version 1 | Last updated on 11/17/2014

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