

Oro Sphere
Oro Sphere Ring | Modern Sculptural Bypass Design
Oro Sphere | Fluid Double Row Wave | Sculptural Statement
Around your finger, the Oro Sphere Ring flows—curves that do not merely sit but dance in asymmetrical bypass arcs. It features two polished waves that subtly twist catching light at every glance, while leaving space for skin to breathe. This ring is bold yet feather-light, which refuses to tarnish under sun or sweat.
Sculptural in presence, adaptable in form: adjust, slide, reshape. Fingers find their fit naturally, like the ring was always meant for them. Tarnish-resistant surface ensure the piece stays luminous, even during humid Pakistani weather. Water- and rust-proof properties make it ideal for bold everyday wear. Light bends, shadows play, and elegance becomes tangible, wearable, lasting.
Style and Occasion
Striking yet understated, the Oro Sphere Ring transitions seamlessly from high-fashion soirées to intimate wedding festivities. From Eid brunches to Dholak nights, high-fashion soirées to daily rituals, this piece whispers confidence, reflecting sophistication in every angle. Pair it with a structured suit or a formal lawn outfit—light reflects differently on every curve, adding artisanal sophistication to any outfit.
Features
- Design: Asymmetrical Bypass — sculptural, high-fashion double rows silhouette.
- Detail: Fluid Wave Motif — handcrafted and feminine elegance.
- Size: Adjustable design — molds comfortably to any finger..
- Material: Stainless Steel — sweat-proof and water-resistant.
- Plating: 18k PVD Gold — tarnish-proof and smooth finish.
- Occasion: Weddings, Eid brunches, daily statement wear.
PRODUCT INFO
At Mithra and Co., our jewelry is crafted with stainless steel and 18k PVD gold plated. Featuring a bright and fadeless shine with a scratch-free and a tarnish-free texture that lasts for years.
- Our jewelry is designed to be waterproof for regular use
- Free of nickel, lead, and cadmium, ensuring safe experience for sensitive skin
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Oro Sphere Ring | Modern Sculptural Bypass Design
Oro Sphere | Fluid Double Row Wave | Sculptural Statement
Around your finger, the Oro Sphere Ring flows—curves that do not merely sit but dance in asymmetrical bypass arcs. It features two polished waves that subtly twist catching light at every glance, while leaving space for skin to breathe. This ring is bold yet feather-light, which refuses to tarnish under sun or sweat.
Sculptural in presence, adaptable in form: adjust, slide, reshape. Fingers find their fit naturally, like the ring was always meant for them. Tarnish-resistant surface ensure the piece stays luminous, even during humid Pakistani weather. Water- and rust-proof properties make it ideal for bold everyday wear. Light bends, shadows play, and elegance becomes tangible, wearable, lasting.
Style and Occasion
Striking yet understated, the Oro Sphere Ring transitions seamlessly from high-fashion soirées to intimate wedding festivities. From Eid brunches to Dholak nights, high-fashion soirées to daily rituals, this piece whispers confidence, reflecting sophistication in every angle. Pair it with a structured suit or a formal lawn outfit—light reflects differently on every curve, adding artisanal sophistication to any outfit.
Features
- Design: Asymmetrical Bypass — sculptural, high-fashion double rows silhouette.
- Detail: Fluid Wave Motif — handcrafted and feminine elegance.
- Size: Adjustable design — molds comfortably to any finger..
- Material: Stainless Steel — sweat-proof and water-resistant.
- Plating: 18k PVD Gold — tarnish-proof and smooth finish.
- Occasion: Weddings, Eid brunches, daily statement wear.
PRODUCT INFO
At Mithra and Co., our jewelry is crafted with stainless steel and 18k PVD gold plated. Featuring a bright and fadeless shine with a scratch-free and a tarnish-free texture that lasts for years.
- Our jewelry is designed to be waterproof for regular use
- Free of nickel, lead, and cadmium, ensuring safe experience for sensitive skin














