24 January 2024
Discover the cutting-edge test methods, consumer devices, and digital technologies vying for the prestigious C&T Allē Awards in 2024.
The cosmetics and personal care industry is constantly evolving, driven by a desire for innovation and the need to meet consumer demands. One crucial aspect of this evolution is the development of test methods, consumer devices, and digital technologies that support product claims, ensure efficacy and safety, and enhance the overall consumer experience. The C&T Allē Awards, set to take place on March 6, 2024, in Los Angeles, will recognize the most groundbreaking advancements in the field. From AI-driven stability test predictions to detachable microneedles and revolutionary skin-on-chip platforms, let’s explore the contenders that may shape the future of cosmetics testing and beauty devices.
Coptis – AI-driven PLM Stability Test Predictions:
Coptis introduces an AI-driven test module that predicts the stability of cosmetic formulas based on their composition and objectives. By utilizing extensive data and explanatory variables, such as the INCI and INCI % of each raw material, AI can generate accurate predictions, reducing the need for multiple stability tests. This data-driven approach not only saves time and costs but also enhances the accuracy of stability results, aiding cosmetic product development.
Mineed Technology – Two-minute Detachable Microneedles:
Mineed Technology revolutionizes microneedle engineering with their two-minute detachable microneedles. Unlike traditional dissolvable microneedles that can take hours to dissolve, these detachable microneedles allow for the efficient delivery of active ingredients into the skin within a short period. With a reliable delivery efficiency of 85% or higher, this technology unlocks the potential for bioactive applications, boosting skin confidence and overall well-being.
REVivo Biosystems – ReleGO and REVex: 4D in vitro platform:
REVivo Biosystems introduces ReleGO and REVex, a breakthrough skin-on-chip platform that revolutionizes ex vivo and in vitro skin research. With automated procedures, liquid handling, and time-based sampling, ReleGO accommodates four REVex chips, allowing for simultaneous testing of the safety, efficacy, and permeation of cosmetic active ingredients and formulations. This automated platform eliminates labor-intensive sampling processes, increasing reliability and efficiency in skin research.
Shiny Brands Group – MIRAE Thermal Pro Beauty Device:
The MIRAE Thermal Pro Beauty Device combines three advanced age-reversal technologies: multipolar radiofrequency (RF), high-intensity focused ultrasound (HIFU), and microcurrent (EMS). Dermatologist-approved and clinically proven, this portable device stimulates collagen and elastin in the skin, resulting in visible wrinkle reduction and improved skin elasticity. With its user-friendly design, consumers can experience clinical results and efficacy in the comfort of their own homes.
Symrise AG – Next-Gen Deo from 3D Ex vivo Sweat Model:
Developing effective deodorant actives has always been a challenge. Symrise AG addresses this with a revolutionary ex vivo model based on the human sweat microbiome. This model mimics natural sweat odor formation, allowing for the screening of antimicrobials and the development of next-generation deodorant actives. With a focus on natural diversity and sustainability, Symrise AG aims to launch the first 100% biobased carbon deodorant active in 2024.
Synergy Life Science, Inc. – Nebi:
Nebi, the world’s first pocket-sized personal aromatherapy device, offers a portable and safe vapor experience for consumers. Using nebulizer-like technology, Nebi atomizes essential oils without heat or oil, allowing users to enjoy their favorite aromatherapy blends on the go. This innovative device provides a convenient way to de-stress and enhance well-being.
Winnox Cosmeceutics Sdn Bhd – Screen-Printed Antioxidant Sensor (SAS) Concept:
Evaluating antioxidant efficacy in skincare products has always been a challenge. Winnox Cosmeceutics introduces the Screen-Printed Antioxidant Sensor (SAS) concept, which quantifies antioxidant capacity based on the cyclic voltammetry principle. This concept, indicated by an Antioxidant Protection Factor (APF), offers a reliable and informative tool for consumers to choose skincare products with optimum antioxidant benefits.
Conclusion:
The C&T Allē Awards in 2024 showcase the cutting-edge advancements in cosmetics testing and beauty devices. From AI-driven stability predictions to detachable microneedles and skin-on-chip platforms, these innovations have the potential to revolutionize the industry. As the demand for efficacious, safe, and personalized cosmetics continues to grow, these advancements will play a crucial role in shaping the future of the beauty industry.
