Fragrance Sample
Designed a fully recyclable luxury packaging system for a fragrance sample collection, combining structural paper engineering, dry embossing, and foil stamping with production-ready sustainability standards.
Luxury Fragrance Sample Packaging System
The exterior packaging design was developed to communicate exclusivity through tactile finishing. Dry embossing was applied directly to mass-dyed paper, creating a subtle yet distinctive relief effect without additional material layers. Each packaging variation was further differentiated through individual foil stamping finishes, creating a refined visual hierarchy across the product line.
The result is a sustainable and production-ready packaging system that combines structural precision, material efficiency, and luxury finishing techniques while maintaining full recyclability.
Dry embossing on mass-dyed paper, individual foil stamping finishes for product variations (gold, silver, copper), premium material selection and tactile surface development.
Packaging engineering and structural design, sustainable material development, paper-based insert construction, layout adaptation for ten fragrance samples (5 ml), print production supervision, printer consultation and prototyping, material and color specification, dry embossing design, foil stamping direction, mockups and product visualization, photography and visual presentation.
Packaging Engineering
Developed a concept-driven packaging system for a fragrance sample collection designed to present ten individual scent samples in a refined and structured format. The project required a packaging solution capable of securely housing ten 5 ml fragrance samples while maintaining a compact and premium presentation.
The initial production recommendation from manufacturers involved plastic foam inserts, which are commonly used for protective packaging. Instead, the project pursued a fully recyclable alternative, developing a structural solution made entirely from paper-based materials. Through iterative prototyping, layout modifications, and technical consultations with printing and packaging manufacturers, the design was refined until a stable and production-ready construction could be achieved using 100% cardboard components.
The project included full packaging development and production supervision — from structural layout design and material selection to testing and quality control during manufacturing. Particular attention was given to the internal architecture to ensure the samples remained secure while preserving the integrity of a fully paper-based construction.
More Projects
