Tofty is selling 16 products in Jewelry section
by
Tofty
This is the second version of my small keychain tritium lantern for use with a 3x22.5mm tritium vial (tritium vial not included) and does not require a clear tube like my first version.
This model has been scaled for printing in stainless steel but as it has not yet been printed by myself I cannot guarantee that it will print successfully.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial 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.
Due to potential irregularities in the stainless steel printing process some drilling may be required on the lanyard hole and tritium vial channel to ensure correct fit.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
This model has been scaled for printing in stainless steel but as it has not yet been printed by myself I cannot guarantee that it will print successfully.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial 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.
Due to potential irregularities in the stainless steel printing process some drilling may be required on the lanyard hole and tritium vial channel to ensure correct fit.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
This is a small keychain tritium lantern for use with a 3x22.5mm tritium vial (tritium vial not included).
As well as the tritium vial, a clear plastic spacer tube is required to fill the void between the tritium vial and inner wall of the holder body (not included).
The tube's dimensions should be around: 21mm long, 6mm OD, 3.1mm ID (due to the varying final dimensions of different materials the tube dimensions are approximate and may need adjusting).
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial and clear spacer tube 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.
This model has been updated, with a slightly larger head diameter, to allow printing in alumide
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
As well as the tritium vial, a clear plastic spacer tube is required to fill the void between the tritium vial and inner wall of the holder body (not included).
The tube's dimensions should be around: 21mm long, 6mm OD, 3.1mm ID (due to the varying final dimensions of different materials the tube dimensions are approximate and may need adjusting).
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial and clear spacer tube 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.
This model has been updated, with a slightly larger head diameter, to allow printing in alumide
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
This is a small keychain tritium lantern for use with a 3x22.5mm tritium vial (tritium vial not included).
This model has been scaled for printing in stainless steel but as it has not yet been printed by myself I cannot guarantee that it will print successfully.
As well as the tritium vial, a clear plastic spacer tube is required to fill the void between the tritium vial and inner wall of the holder body (not included).
The tube's dimensions should be around: 21mm long, 6mm OD, 3.1mm ID (due to the varying final dimensions of different materials the tube dimensions are approximate and may need adjusting).
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial and clear spacer tube 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.
Due to potential irregularities in the stainless steel printing process some drilling may be required on the lanyard hole and tritium vial channel to ensure correct fit.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
This model has been scaled for printing in stainless steel but as it has not yet been printed by myself I cannot guarantee that it will print successfully.
As well as the tritium vial, a clear plastic spacer tube is required to fill the void between the tritium vial and inner wall of the holder body (not included).
The tube's dimensions should be around: 21mm long, 6mm OD, 3.1mm ID (due to the varying final dimensions of different materials the tube dimensions are approximate and may need adjusting).
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial and clear spacer tube 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.
Due to potential irregularities in the stainless steel printing process some drilling may be required on the lanyard hole and tritium vial channel to ensure correct fit.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
This is the fifth version of my small keychain tritium lantern for use with a 3x22.5mm tritium vial (tritium vial not included) and does not require a clear tube like my first version.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial 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.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial 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.
by
Tofty
This is the second and much improved version of my single-piece prybar and nail lifting tool with a range of metric hex drivers (5.5, 6, 7 and 8mm), a bottle opener, a 1/4" hex bit holder and two 1/4" hex driver points.
The centre cut-out will hold and store a standard PH2 or PZ2 25mm long quarter inch hex bit (not included).
Four o-rings are required to complete the assembly (10mm ID, 2.5mm diameter, not included)
This model is designed to be printed in Stainless Steel or one of it's variants.
I've been carrying this prybar around with my keys for a while now and it's functionality is just as i'd hoped with it not having let me down so far.
The prybar can be secured to a keychain or lanyard with a No.2 McGizmo clip or similar 25mm gate clip through the 5.5mm hex hole.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
The centre cut-out will hold and store a standard PH2 or PZ2 25mm long quarter inch hex bit (not included).
Four o-rings are required to complete the assembly (10mm ID, 2.5mm diameter, not included)
This model is designed to be printed in Stainless Steel or one of it's variants.
I've been carrying this prybar around with my keys for a while now and it's functionality is just as i'd hoped with it not having let me down so far.
The prybar can be secured to a keychain or lanyard with a No.2 McGizmo clip or similar 25mm gate clip through the 5.5mm hex hole.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
Here we have a small 3" long prying tool, designed by myself and several other members of the Multitool.org forum.
This tool is officially sanctioned by the forum owners and the MT.O logo is present as a functional part of the tool.
As this is a forum project, no commission has been added to the price.
This is the 3mm thick version of this prybar, there is also a 5mm thick version.
This single-piece tool can be used as a prybar and nail lifting tool, but also has a range of metric hex drivers (2.5, 3.2, 4, 5, 5.5 and 7mm), a bottle opener and a 1/4" hex bit driver.
An o-ring can be installed in the tail to help secure a hex bit (6mm ID, 2mm diameter, not included)
This model is designed to be printed in Stainless Steel or one of it's variants.
The prybar can be secured to a keychain or lanyard with a No.2 McGizmo clip or similar 25mm gate clip through the 1/4" hex hole or with a small split ring through the MT.O dot.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
This tool is officially sanctioned by the forum owners and the MT.O logo is present as a functional part of the tool.
As this is a forum project, no commission has been added to the price.
This is the 3mm thick version of this prybar, there is also a 5mm thick version.
This single-piece tool can be used as a prybar and nail lifting tool, but also has a range of metric hex drivers (2.5, 3.2, 4, 5, 5.5 and 7mm), a bottle opener and a 1/4" hex bit driver.
An o-ring can be installed in the tail to help secure a hex bit (6mm ID, 2mm diameter, not included)
This model is designed to be printed in Stainless Steel or one of it's variants.
The prybar can be secured to a keychain or lanyard with a No.2 McGizmo clip or similar 25mm gate clip through the 1/4" hex hole or with a small split ring through the MT.O dot.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
Here we have a small 3" long prying tool, designed my myself and several other members of the Multitool.org forum.
This tool is officially sanctioned by the forum owners and the MT.O logo is present as a functional part of the tool.
As this is a forum project, no commission has been added to the price.
This is the 5mm thick version of this prybar, there is also a 3mm thick version.
This single-piece tool can be used as a prybar and nail lifting tool, but also has a range of metric hex drivers (2.5, 3.2, 4, 5, 5.5 and 7mm), a bottle opener and a 1/4" hex bit driver.
An o-ring can be installed in the tail to help secure a hex bit (8mm ID, 2mm diameter, not included)
This model is designed to be printed in Stainless Steel or one of it's variants.
The prybar can be secured to a keychain or lanyard with a No.2 McGizmo clip or similar 25mm gate clip through the 1/4" hex hole or with a small split ring through the MT.O dot.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
This tool is officially sanctioned by the forum owners and the MT.O logo is present as a functional part of the tool.
As this is a forum project, no commission has been added to the price.
This is the 5mm thick version of this prybar, there is also a 3mm thick version.
This single-piece tool can be used as a prybar and nail lifting tool, but also has a range of metric hex drivers (2.5, 3.2, 4, 5, 5.5 and 7mm), a bottle opener and a 1/4" hex bit driver.
An o-ring can be installed in the tail to help secure a hex bit (8mm ID, 2mm diameter, not included)
This model is designed to be printed in Stainless Steel or one of it's variants.
The prybar can be secured to a keychain or lanyard with a No.2 McGizmo clip or similar 25mm gate clip through the 1/4" hex hole or with a small split ring through the MT.O dot.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
This is my single-piece spanner/wrench tool with a range of metric hex nut drivers (5, 5.5, 7, 8, 10, 13 and 17mm) and a 1/4" hex bit driver.
An o-ring is required to complete the assembly to help hold a 1/4" hex bit in the driver slot (7mm ID, 2mm diameter, not included).
This model is designed to be printed in Stainless Steel or one of it's variants.
The tool can easily be secured to a keychain or lanyard with a 10mm split ring or a No.2 McGizmo clip or similar 25mm gate clip.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
An o-ring is required to complete the assembly to help hold a 1/4" hex bit in the driver slot (7mm ID, 2mm diameter, not included).
This model is designed to be printed in Stainless Steel or one of it's variants.
The tool can easily be secured to a keychain or lanyard with a 10mm split ring or a No.2 McGizmo clip or similar 25mm gate clip.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
This is my small one-piece driver/spanner tool with a number of different driver points:
6.5 x 1.2mm flat driver,
No.2 posidriv driver,
5mm hex driver,
4mm hex driver,
T25 torx driver,
1/4" hex bit driver,
13mm socket spanner.
An o-ring is required to complete the assembly to help hold a 1/4" square drive socket on the square post (5mm ID, 1mm diameter, not included).
This model is designed to be printed in Stainless Steel or one of it's variants.
The tool can easily be secured to a keychain or lanyard with a 10mm split ring or a No.2 McGizmo clip or similar 25mm gate clip using the hole in the flat driver.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
6.5 x 1.2mm flat driver,
No.2 posidriv driver,
5mm hex driver,
4mm hex driver,
T25 torx driver,
1/4" hex bit driver,
13mm socket spanner.
An o-ring is required to complete the assembly to help hold a 1/4" square drive socket on the square post (5mm ID, 1mm diameter, not included).
This model is designed to be printed in Stainless Steel or one of it's variants.
The tool can easily be secured to a keychain or lanyard with a 10mm split ring or a No.2 McGizmo clip or similar 25mm gate clip using the hole in the flat driver.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
A small keychain survival whistle which emits a clear and sharp sound.
This whistle is of single-piece design and therefore does not need the small plastic insert which some other metal whistles require, that can work loose and fall out.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
This whistle works very well in glossy silver.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
This whistle is of single-piece design and therefore does not need the small plastic insert which some other metal whistles require, that can work loose and fall out.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
This whistle works very well in glossy silver.
There are some more photos of this object and other examples of my work, both 3D printed and otherwise, on my 'Tofty' facebook page.
by
Tofty
This is the third version of my small keychain tritium lantern for use with a 3x22.5mm tritium vial (tritium vial not included) and does not require a clear tube like my first version.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial 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.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial 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.
by
Tofty
This is the forth version of my small keychain tritium lantern for use with a 3x22.5mm tritium vial (tritium vial not included) and does not require a clear tube like my first version.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial 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.
The attachment hole is 2mm wide and is perfect for a 10mm split ring (not included).
The tritium vial 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.
by
Tofty
Bead B designed for Tyler.
It accepts one of the 2x6mm tritium vials (tritium vial not included).
The central pin is 4mm in diameter and 3.5mm long.
This model is sized for printing in stainless steel.
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.
It accepts one of the 2x6mm tritium vials (tritium vial not included).
The central pin is 4mm in diameter and 3.5mm long.
This model is sized for printing in stainless steel.
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.
by
Tofty
Bead D designed for Tyler.
It accepts two of the 2x6mm tritium vials (tritium vials not included).
The central pin is 4mm in diameter and 3.5mm long.
This model is sized for printing in stainless steel.
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.
It accepts two of the 2x6mm tritium vials (tritium vials not included).
The central pin is 4mm in diameter and 3.5mm long.
This model is sized for printing in stainless steel.
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.
by
Tofty
Bead A designed for Tyler.
It accepts three of the 1.55x5mm tritium vials (tritium vials not included).
The central pin is 4mm in diameter and 3.5mm long.
This model is sized for printing in stainless steel.
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.
It accepts three of the 1.55x5mm tritium vials (tritium vials not included).
The central pin is 4mm in diameter and 3.5mm long.
This model is sized for printing in stainless steel.
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.
by
Tofty
Bead C designed for Tyler.
It accepts three of the 2x6mm tritium vials (tritium vials not included).
The central pin is 4mm in diameter and 3.5mm long.
This model is sized for printing in stainless steel.
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.
It accepts three of the 2x6mm tritium vials (tritium vials not included).
The central pin is 4mm in diameter and 3.5mm long.
This model is sized for printing in stainless steel.
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.
Shop Details
This is my shop for some of the EDC (every day carry) items, Torches (flashlights) and functional jewellery that i have designed.
I hope to prove that this kind of 3D printing can be used for functional objects as well as cosmetic ones.
I hope you like my work so far and find it of interest.
One of my recently finished projects was to produce a 3D printed 16340 silver torch body to the high standards expected in the custom torch making community whilst using the production advantages only available via 3D printing.
If you have any comments or changes that you feel would benefit any of my models for your purposes let me know and i can see if they are inplementable.
Cheers,
Tofty
Expertise
- 3D modeler
- Designer
- Product designer
- Maker
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