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Tritium Sphere Cage 1 (Stainless Steel)

by TOFTY'S EDC ITEMS

Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed In this picture the phosphorus coating on the tritium vial is being energised by UV light.
Tritium Sphere Cage 1 (Stainless Steel) 3d printed
Tritium Sphere Cage 1 (Stainless Steel) 3d printed

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  • 3D printed just for you.
  • Polished Nickel Steel: Plated in nickel for a silvery hue then polished to a mild sheen with visible print lines.
$37.00
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About this Product

I present my large tritium sphere cage, for use with an 18mm tritium sphere (tritium sphere not included).
This model has been scaled for printing in stainless steel.

The attachment hole is 3.5mm tall and 4mm wide. It is large enough for a length of paracord, small to medium gate clip or a large diameter split ring.

 

The sphere is held in place using 3 rubber o-rings, all of different sizes. The base o-ring should have a 9mm inside diameter and a 1.5mm section diameter, the middle 0-ring should have a 17mm ID and a 1.5mm diameter, while the top o-ring should have a 6mm ID and either a 1.5mm or a 2mm ID, depending on the exact dimensions of the sphere (o-rings not included).

 

The interlocking pattern, on each half of teh cage may require sime slight filing, to allow them the properly interlock, especially if the cage has the nickel plated finish.

Unfortunately the tritium spheres are now pretty much unavailable, so this cage will be of little use, unless you happen to already own an 18mm tritium sphere.

I have a few tritium lanterns, available from my Etsy shop (tritium vials not included, due to a recent policy change on teh site). Please contact me if you would like an assembled lantern.

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

Tritium Sphere Lantern 1 (stainless steel) in Polished Nickel Steel
Width Height Depth
2.756 cm 3.49 cm 2.78 cm
This model is 3D Printed in Polished Nickel Steel: Plated in nickel for a silvery hue then polished to a mild sheen with visible print lines.
Last updated on 09/05/2015

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Choose a Material
OVERVIEW
  • 3D printed just for you.
  • Polished Nickel Steel: Plated in nickel for a silvery hue then polished to a mild sheen with visible print lines.
$37.00
Secure Checkout
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