Labret mini (surgeon steel) 1.2mm/8mm/2.5mm

Sale price7,03 €

Tax included. Shipping calculated at checkout

In stock

INTERNALLY THREADED. Labret jewelry with a small 2.5mm ball for lovers of delicate jewelry.


color: pink
Visa Mastercard Mobilepay Paytrail Applepay
Free shipping on orders over €60
Fast delivery 1-3 business days

Pickup available at Koruliike Romeo & Julia

Usually ready in 24 hours

Labret mini (surgeon steel) 1.2mm/8mm/2.5mm

Labret mini (surgeon steel) 1.2mm/8mm/2.5mm

pink

Koruliike Romeo & Julia

Pickup available, Usually ready in 24 hours

Isokatu 39
90100 Oulu
Finland

+358447800189
Product description

Labret mini 1.2mm/8mm/2.5mm

High-quality lip jewelry with a small 2.5mm ball made of 316L surgical steel. The jewelry is really minimal and is perfect if you want a very delicate and discreet piece of jewelry. This jewelry is internally threaded, meaning the hole is hollow and the ball has a protruding threaded part. Please note that traditional labrets and balls and internally threaded jewelry are not compatible with each other!

  • Size: 1.2mm/8mm + ball Ø 2.5mm
  • Material: 316L surgical steel
  • Fastening: internally threaded

In addition to lip piercings, labret jewelry is suitable for cartilage and tragus piercings, as well as other ear piercings.

Labret mini 1.2mm/8mm/2.5mm

High-quality lip jewelry with a small 2.5mm ball made of 316L surgical steel. The jewelry is really minimal and is perfect if you want a very delicate and discreet piece of jewelry. This jewelry is internally threaded, meaning the hole is hollow and the ball has a protruding threaded part. Please note that traditional labrets and balls and internally threaded jewelry are not compatible with each other!

  • Size: 1.2mm/8mm + ball Ø 2.5mm
  • Material: 316L surgical steel
  • Fastening: internally threaded

In addition to lip piercings, labret jewelry is suitable for cartilage and tragus piercings, as well as other ear piercings.

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)
'