Product Highlights
Inspired by the beetles of the Siberian primeval forest, this brooch blends natural wildness with high-end jewelry craftsmanship. Each piece is a "wearable natural art sculpture"—preserving the original texture of the insect's body while infusing it with the exquisite details of luxury jewelry, a dual expression of niche aesthetics and high-quality craftsmanship.
Design Concept
The design extracts the wild silhouette of the beetle from the Siberian forest (spiky antennae, segmented legs, textured elytra), reconstructing its natural form using jewelry materials:
The elytra are handcrafted with gradient enamel/gemstone inlay, replicating the luster and layers of the insect's wings;
The legs and antennae are three-dimensionally segmented and forged, replicating the dynamic tension of the creature;
The eyes are adorned with highly saturated colored gemstones, enhancing the sense of movement and giving the "insect" a vibrant expression.
Craftsmanship and Materials
Basic Materials
Base: 925 silver plated with 18K gold / white rhodium (anti-oxidation, long-lasting color retention)
Main Decoration:
Enamel: Hand-made cloisonné enamel + crackle glaze technique (delicate glaze, long-lasting color)
Gemstone: Natural amethyst / sapphire + micro-paved zircon (clear main stone, rich fire and brilliance in accent stones)
Details: Antennae / limbs feature a dual-texture treatment of frosted and glossy finishes, mimicking the natural texture of an insect's exoskeleton
Craftsmanship Details
Three-dimensional shaping: Hand-cast using the lost-wax method, each segment and elytra curvature undergoes at least 3 detailed adjustments to ensure accurate form reproduction;
Enamel firing: Each enamel piece requires 5-7 firings (temperature controlled at 800℃±10℃), with repeated polishing of the glaze to create natural crackle patterns / Gradient effect;
Gemstone setting: Micro-pave technique with an error of <0.1mm, the main stone is securely prong-set, and the side stones are pavé-set without gaps, presenting a "flowing light" effect under light refraction.