Groundbreaking study! Family-based modeling technology for customized cosmetic packaging using basic-element theory published in JDSCT

A pioneering study titled "Product Family Modeling Technology for Customized Cosmetic Packaging Based on Basic-Element Theory" has been published in the Journal of Dermatologic Science and Cosmetic Technology (JDSCT). Led by a Chinese research team, the study introduces an innovative modeling approach that leverages Basic-Element Theory to enable rapid customization of cosmetic packaging, offering the beauty industry a more efficient and sustainable production solution.

Industry Challenge: Balancing Personalization and Efficiency

As consumer demand for personalized cosmetic packaging grows, traditional mass production models struggle to meet the need for small-batch, high-variety customization without sacrificing cost-effectiveness and lead times.

Innovative Solution: Smart Modeling Driven by Basic-Element Theory

The research team applies Basic-Element Theory—a methodology for decomposing and recombining design elements—to cosmetic packaging for the first time. Their "product family modeling technology" establishes a dynamic rule-based system that:

1. Accelerates Design – Companies can mix and match modular components (e.g., shape, material, pattern) like "building blocks" to generate thousands of design variations.
2. Reduces Costs – Shared components minimize production line adjustments, cutting mold development costs by over 30%.

1. Supports Sustainability – Modularity reduces material waste and enables easy adoption of eco-friendly alternatives.

Real-World Impact: From Theory to Industry

Case studies demonstrate the technology’s effectiveness. For example, lipstick packaging design time was reduced from two weeks to just two days while meeting diverse customization requests. The researchers note that this method can also benefit other industries, such as food and electronics packaging.

Expert Commentary:

"This research bridges advanced extensics theory and practical manufacturing, offering a fresh perspective on digital transformation," remarked an editor at JDSCT.