0.5ct. - 0.99ct.

This elegant bangle features a captivating spiral motif framed with intricate detailing, blending classic Indian artistry with modern finesse. Lightweight and graceful, it's perfect for festive occasions, weddings, or elegant evening gatherings, adding timeless sophistication to every woman's jewelry collection.

This exquisite bangle features a row of circular motifs, blending modern artistry with timeless Indian design. Its intricate craftsmanship makes it ideal for festive celebrations, weddings, and grand occasions - a perfect statement piece for women who love refined, graceful jewelry.

This elegant interlinked circle bangle exudes timeless sophistication with its graceful loop design and sparkling stone accents. The harmonious blend of symmetry and shimmer makes it perfect for both formal events and refined everyday wear, adding a touch of modern grace to any look.

This stunning bangle showcases elegant geometric motifs with intricate detailing, perfectly balancing traditional Indian charm with modern sophistication. Ideal for festive occasions, weddings, and gifting, it adds a refined touch to every woman's jewelry collection with its crafted brilliance and lightweight comfort.

This modern linked frame bangle features a sleek, architectural design accentuated with sparkling stones. The open rectangular links create a refined balance of structure and elegance, making it the perfect statement accessory for contemporary sophistication and timeless allure.

This stunning bangle showcases a dual-row lattice pattern crafted with precision and grace. Its elegant openwork design embodies timeless Indian artistry, making it a perfect adornment for festive occasions, weddings, and celebrations of elegance and tradition.

A timeless expression of Indian craftsmanship, this handcrafted bangle features intricate cutwork that radiates elegance and charm. Ideal for weddings, festive celebrations, or gifting, it beautifully captures the essence of traditional artistry blended with enduring sophistication.