Which test method/tool, consumer device and digital technologies will win C&T Allē Awards in 2024? Find out at our exclusive red carpet-style awards dinner, to be held on March 6, 2024, at the Biltmore in Los Angeles – alongside our captivating Beauty Accelerate event.
Testing methods/tools, here, refer to in vitro, in vivo, ex vivo, in silico, etc., methods, tools, substrates, technologies, etc., developed for R&D purposes to support cosmetics and personal care product or ingredient claims; prove efficacy, safety and stability; etc. Digital technology entries are divided by consumer user (apps, in-store facial scanning, etc.) and business user (R&D collaborative tools, platforms, blockchain tech, inventory control systems, etc.).
And, new this year, the beauty devices category includes instruments developed for use at home by consumers for cosmetic and/or personal care purposes; they may be intended for stand-alone use or paired with topical products. Following are the contenders...
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Coptis – AI-driven PLM Stability Test Predictions
The Coptis PLM test module driven by AI provides insight on the stability test outcome of a formula according to its composition and objectives. The aim is to enhance prediction accuracy through extensive data utilization for AI-driven cosmetic innovation. Such predictions are carried out using explanatory variables such as the INCI and INCI % of each raw material in the formula for optimal stability results. AI can learn and identify patterns to generate accurate predictions. Leveraging this data-driven approach reduces the number of stability tests to be performed, resulting in substantial time and cost benefits for cosmetic product development.
Mineed Technology – Two-minute Detachable Microneedles
Our core technology of microneedle engineering plays a significant role in transforming conventional dissolvable microneedles to detachable microneedles. This change enables the effective delivery of active ingredients into the skin in a short period of 2 min, while the conventional approach often takes two or more hours to completely dissolve. The detachable microneedles enable a reliable delivery efficiency of 85% or higher. With this technology, we have circumvented the prolonged patching time and inconsistent dispersion of traditional microneedles. Our technology substantially unlocks the power of bioactive applications toward the enhancement of skin confidence and people’s well-being.
REVivo Biosystems – ReleGO and REVex: 4D in vitro platform
ReleGO and REVex is a breakthrough skin-on-chip platform that brings a new dimension of reliability and efficiency to ex vivo and in vitro skin research. Functioning as a fraction collector that automates procedures with liquid handling and time-based sampling, ReleGO accommodates four REVex chips — single-use microfluidic devices for testing the safety, efficacy and permeation of cosmetics active ingredients and product formulations on skin explants or simulants. Each chip has three dosing chambers, allowing as many as 12 unique tests to be run simultaneously. Additionally, since testing protocols are automated, the product eliminates the need for tiresome, labor-intensive sampling processes.
See related: Which Base Ingredients Will Take Home a C&T Allē in 2024?
Shiny Brands Group – MIRAE Thermal Pro Beauty Device
Dermatologist-approved and clinically proven to reverse visible signs of aging after only six uses, the MIRAE Thermal Pro Beauty Device integrates three of the most advanced age-reversal technologies: multipolar radiofrequency (RF), high-intensity focused ultrasound (HIFU) and microcurrent (EMS). Users experience clinical results and efficacy with the MIRAE portable beauty device at home. Best paired with MIRAE Gel Primer, gentle heating from RF and precise HIFU energy stimulate collagen and elastin in skin, with 81.8% users experiencing wrinkle reduction and 95.5% observing improved skin elasticity. Microcurrent pulses (300 – 400 times/min) effectively tone facial muscles, significantly lifting sagging skin by 5.9% in 95.5% of users only within 28 days.
See related: Which Ingredient Blends/Chassis Will Score C&T Allēs in 2024?
Symrise AG – Next-Gen Deo from 3D Ex vivo Sweat Model
Developing new deodorant actives to prevent human sweat malodor is challenging. Cheaper high-throughput laboratory screenings and expensive time-consuming in vivo studies can leave much room for failure in the development of new ingredients. Furthermore, traditional approaches often ignore the natural diversity of the human skin microbiome. In response, we have developed a revolutionary new ex vivo model based on the human sweat microbiome, mimicking natural sweat odor formation. This model is used to screen antimicrobials for their ex vivo deodorant efficacy. Derived from this model, the first next-generation deo active with 100% biobased carbon will be launched in 2024.
Synergy Life Science, Inc. – Nebi
Introducing Nebi, the world's first pocket-sized personal aromatherapy device. It is designed for users to take their favorite aromatherapy blends with them on the go. Nebi dispenses a water-based vapor with no heat or oil to create a portable, safe vapor for consumers. The patent-pending device uses nebulizer-like technology to atomize essential oils anywhere the user takes it, to help them de-stress.
Winnox Cosmeceutics Sdn Bhd – Screen-Printed Antioxidant Sensor (SAS) Concept
Antioxidant propositions in skin care products have garnered substantial attention for their potential to combat the oxidative stress that leads to skin aging. However, evaluating antioxidant efficacy has been a long-standing challenge in the industry in terms of reliability. In response, a novel technique was invented for personal care including a Screen-Printed Antioxidant Sensor (SAS) riding on the cyclic voltammetry principle to quantify antioxidant capacity, as indicated by an Antioxidant Protection Factor (APF). Potentially, the APF index could serve as a valuable and informative tool to guide consumers in choosing skin care products for optimum antioxidant benefits.
