Brian W Skellie – Sharing ideas
Intensive workshop Unlock a more comprehensive knowledge of jewelry materials and Sterilization for piercing with Pablo Perelmuter & Brian Skellie. Elevate Your Craft: A One-Day Intensive workshop at Lemonade Limited spots are available. Reserve now! This seminar is designed for professional body piercers seeking to elevate their sterilization protocols and ensure the highest standards of … Read more
Piercing Wizard Podcast August 8 at 8:39 PM 215 – Brian Skellie on mill certificates and material verification. It was a privilege to speak at length about body jewelry materials safety with my colleague Ryan Ouellette of Precision Body Arts in Nashua NH. I welcome your questions and comments. Do you have a complete understanding of … Read more
Why materials from countries without strict quality control requirements are unacceptable for body jewelry Brian W Skellie, APP Medical Director (published in issue 86 of The Point Journal of Body Piercing) Does it matter where a biomaterial we use comes from? Biomaterials made in the USA and in a short list of countries who maintain … Read more
Join the Association and hundreds of piercers as we come together to celebrate the 23rd Annual Conference and Exposition! Our classrooms will once again fill with attendees from all over the world. Piercers, Studio Owners, Vendors, and Health Inspectors will all come together for a week of education and peer-to-peer sharing. Learn the core requirements … Read more
Ryan Ouellette from Precision Body Arts follows up with a witty and conscientious interview with my former apprentice Christina Blossey of Piercing Experience.
A rose by any other name… The APP Jewelry Standards for jewelry for initial or healing piercings were revised 04/04/2017 to include rose gold. Body piercing jewelry should be biocompatible and safe for prolonged contact with skin and mucous membranes. The APP continues to revise their body jewelry standards for initial and healed piercings as … Read more
THE FABRIKATOR WAS UGLY, noisy, a fire hazard, and it smelled. Borislav got it for the kids in the neighborhood.
One snowy morning, in his work gloves, long coat, and fur hat, he loudly power-sawed through the wall of his kiosk. He duct-taped and stapled the fabrikator into place.
The neighborhood kids caught on instantly. His new venture was a big hit.
The fabrikator made little plastic toys from 3-D computer models. After a week, the fab’s dirt-cheap toys literally turned into dirt. The fabbed toys just crumbled away, into a waxy, non-toxic substance that the smaller kids tended to chew.
Borislav had naturally figured that the brief lifetime of these toys might discourage the kids from buying them. This just wasn’t so. This wasn’t a bug: this was a feature. Every day after school, an eager gang of kids clustered around Borislav’s green kiosk. They slapped down their tinny pocket change with mittened hands. Then they exulted, quarreled, and sometimes even punched each other over the shining fab-cards.
The happy kid would stick the fab-card (adorned with some glossily fraudulent pic of the toy) into the fabrikator’s slot. After a hot, deeply exciting moment of hissing, spraying, and stinking, the fab would burp up a freshly minted dinosaur, baby doll, or toy fireman.
Foot traffic always brought foot traffic. The grownups slowed as they crunched the snowy street. They cast an eye at the many temptations ranked behind Borislav’s windows. Then they would impulse-buy. A football scarf, maybe. A pack of tissues for a sneezy nose.
Once again he was ahead of the game: the only kiosk in town with a fabrikator….
via Fantasy and Science Fiction: ‘Kiosk’ by Bruce Sterling | Beyond the Beyond | WIRED.
“This article presented some sound information, but there’s still much more to know. When piercings are performed by a trained professional using sterile equipment and high quality jewelry, and appropriate aftercare is followed, the risks are drastically minimized.” — Elayne Angel, APP President
One of the most commonly used materials for body jewelry, the ASTM F136 – Standard Specification for Wrought Titanium-6Aluminum-4Vanadium ELI (Extra Low Interstitial) Alloy for Surgical Implant Applications (UNS R56401) has been revised to F136-13 developed by Committee F04.12, ASTM BOS Volume13.01.
The new version changes are in section 9. Special Requirements