Λάμπα πεταλούδας Rainbow Radiance
Butterfly Lamp Collection – Detailed Craftsmanship & Production Process
The Butterfly Lamp Collection by Imaginary Worlds is a luxurious fusion of forever roses, advanced 3D printing technology, and artisan craftsmanship, creating a butterfly-shaped illuminated floral sculpture. Each piece is a testament to intricate handcrafting, designed to symbolize transformation, elegance, and eternal beauty. The creation of these lamps requires a multi-stage process involving precision engineering, floral artistry, and meticulous quality control.
1. 3D Modeling & High-Precision Printing
The Butterfly Lamp is crafted using advanced 3D modeling, ensuring a perfectly balanced, symmetrical design that merges realism with artistry. Its delicate wings are engineered for both beauty and durability.
Once modeled, the high-precision 3D printing process begins, capturing ultra-fine details with smooth curves and intricate textures. The raw print undergoes manual refinement, including sanding, polishing, and buffing, achieving a flawless, luxury-grade finish—all meticulously handcrafted to perfection.
2. Structural Engineering: Metal Stand & Internal Support System
The butterfly is gracefully mounted on a custom-engineered metal stand, which goes through a separate precision manufacturing process to ensure stability, durability, and aesthetic harmony.
- The stand is crafted from high-quality metal, then coated with copper electroplating, giving it a refined, golden metallic sheen that resists oxidation and tarnishing.
- The ergonomic weight distribution ensures that the butterfly remains securely balanced, despite its lightweight yet intricate structure.
- The assembly joints are reinforced, allowing for a secure, floating effect while maintaining visual elegance.
Additionally, internal reinforcements are carefully added to support the placement of forever roses, ensuring the lamp retains its shape over time without structural compromise.
3. Forever Rose Selection & Handcrafting: A Complex Art Form
Unlike mass-produced artificial floral decorations, the Butterfly Lamp Collection incorporates real preserved roses, meticulously selected and arranged by expert artisans.
Selecting the Perfect Roses
Unlike mass-produced floral decor, the Butterfly Lamp Collection features real preserved roses, meticulously hand-selected for perfect symmetry, rich color, and soft-touch durability.
Each rose is strategically placed by artisans, shaping the butterfly’s wings with natural flow and balance. This precise, labor-intensive process ensures a full-bodied, symmetrical floral sculpture, making every lamp a one-of-a-kind masterpiece.
4. Advanced LED Integration: Soft, Adjustable Illumination
A key feature of the Butterfly Lamp is its warm LED lighting system, designed to softly illuminate the roses while enhancing the translucency of the butterfly wings. This step requires highly technical precision:
- A custom LED circuit system is designed to evenly diffuse light across the butterfly’s structure.
- Diffuser layers are strategically positioned inside the lamp, ensuring that the wings emit a soft, ethereal glow, rather than harsh, direct light.
- The lamp is USB rechargeable, offering convenient and eco-friendly operation.
- The touch sensor control is seamlessly embedded, allowing users to turn the light on and off with a simple tap.
5.Final Assembly & Multi-Stage Quality Inspection
Once the 3D-printed butterfly structure, metal stand, LED system, and preserved roses are combined, each unit undergoes a strict multi-stage quality control process to guarantee flawless craftsmanship and durability.
Testing & Inspection
Each lamp is individually evaluated in multiple phases:
- Structural stability testing – ensuring all components are perfectly secured.
- Light diffusion analysis – verifying that the LEDs create a uniform, balanced glow.
- Floral arrangement assessment – making sure the roses are perfectly aligned and symmetrical.
Only after successfully passing each stage of quality inspection is the Butterfly Lamp prepared for final packaging.
