Skip to product information
1 of 6

Factory Direct Wholesal | OEM Available Free Shipping $49+ | 20% OFF $100+

wanti jewelry

ASTM F136 Titanium Marquise Crown Microdermal – Elegant Collarbone & Chest Surface Implant Jewelry

ASTM F136 Titanium Marquise Crown Microdermal – Elegant Collarbone & Chest Surface Implant Jewelry

COLOR
Regular price $5.98 USD
Regular price Sale price $5.98 USD
Sale Sold out
Shipping calculated at checkout.

Free Shipping over $49

Ships in 3 working days

Easy 30-day returns

Secure checkout with Shopify Payments

PayPalAmerican Express Apple Pay Google Pay Mastercard Shop Pay Union PayVisa

Delicate Flower Square Microdermal

Elevate your body jewelry collection with this elegant flower-shaped square microdermal anchor. Designed for precise collarbone or chest surface placements, it offers a refined sparkle with a modern geometric twist.

Perfect for minimal-lux styling, layering, or as a subtle standalone accent for everyday wear or curated piercing aesthetics.

Design Highlights

Geometric square floral design with sparkling CZ stone

Smooth, polished finish for safe, comfortable wear

Lightweight (~0.2g) for extended wear without irritation

Minimalist yet eye-catching for all-day elegance

Material

Implant-Grade Titanium (F136/G23)

Nickel-free and hypoallergenic

Durable, corrosion-resistant

Trusted by professional piercing studios worldwide

Specifications

Gauge: 1.6mm

Thread: 0.9 Internal Thread

Top Size: Refer to product image

Net Weight: Approx. 0.2g / piece

Placement Inspiration

Collarbone microdermal

Chest surface implant

Layered or minimalist body jewelry

Feminine, geometric, or modern aesthetics

Perfect for studios looking to offer premium, trendy implants.

For Studios & Jewelry Brands

Consistent implant-grade titanium quality

Reliable repeat sourcing for B2B small-batch OEMs

Trend-driven, professional-grade design

WANTI Jewelry collaborates with piercing studios and jewelry brands, ensuring long-term access to high-quality, fashion-forward dermal designs.

View full details