screw system (for internal)
Not compatible with USA/China goods with inch/gauge units.
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | material strength, length |
Int.Titanium Labret 1.2 outer diameter with 0.8mm internal thread
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | material strength, length |
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | material strength, length |
FINALLY A REAL INNOVATION FOR PIERCERS
Flexible and relaxed when working with piercing jewelry
You can now work freely, regardless of the thread size or thread type of the attachment, without having to think long and hard about whether you have the right combination of Stem and thread in stock.
With FLEXTERNAL, you always have the right solution to hand. Because all standardized thread types fit flexibly into this special holder.
All known and standardized thread types (0.8 mm (Europe/Asia), (0.9 mm (USA/LA) and Push Pin for Stem material thicknesses 1.0 and 1.2 mm) can be attached to the FLEXTERNAL base without any loss of strength in the jewelry.
There are significant deviations from standard threads in various jewelry variants. This can therefore lead to compatibility problems with these products.
FLEXTERNAL is a real technical innovation in the piercing jewelry sector. You have never been so flexible and relaxed when piercing and exchanging jewelry!
With the 4 mm lengths, it is not possible to use push pin attachments without shortening the pin.
The 4.2 mm Labrets are suitable for Push Pin attachments without shortening them!
MADE IN GERMANY - CERTIFIED & CONTROLLED!
Titanium specification: ISO 5832-3: 2016 (E); ASTM F136-13
Raw material origin: USA
Designation: Tl 6AL 4V-ELI ALLOY FOR MEDICAL IMPLANTS
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | plate, length |
Int.Titanium Labret 1.6 outer diameter with 1.2mm internal thread
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | material strength, length |
INTERNALLY THREADED GOLD PVD Titanium LABRET PIN
Int. Titanium Labret Stud 1.2 outer diameter with 0.8mm internal thread
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | material strength, length |
FINALLY A REAL INNOVATION FOR PIERCERS
Flexible and relaxed when working with piercing jewelry
You can now work freely, regardless of the thread size or thread type of the attachment, without having to think long and hard about whether you have the right combination of Stem and thread in stock.
With FLEXTERNAL, you always have the right solution to hand. Because all standardized thread types fit flexibly into this special holder.
All known and standardized thread types (0.8 mm (Europe/Asia), (0.9 mm (USA/LA) and Push Pin for Stem material thicknesses 1.0 and 1.2 mm) can be attached to the FLEXTERNAL base without any loss of strength in the jewelry.
There are significant deviations from standard threads in various jewelry variants. This can therefore lead to compatibility problems with these products.
FLEXTERNAL is a real technical innovation in the piercing jewelry sector. You have never been so flexible and relaxed when piercing and exchanging jewelry!
With the 4 mm lengths, it is not possible to use push pin attachments without shortening the pin.
The 4.2 mm Labrets are suitable for Push Pin attachments without shortening them!
MADE IN GERMANY - CERTIFIED & CONTROLLED!
Titanium specification: ISO 5832-3: 2016 (E); ASTM F136-13
Raw material origin: USA
Designation: Tl 6AL 4V-ELI ALLOY FOR MEDICAL IMPLANTS
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | plate, length |
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | material strength, length |
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | ball size, length |
The special advantage here is the large selection of attachments with 0.8mm thread.
| Shipping weight: | 0,01 kg |
| Item weight: | 0,01 kg |
| Variations in: | material strength, length |