Multisensory cosmetics: why beauty is a state of mind

What leads us to choose one cosmetic product over another? And what convinces us to use it consistently, day after day, until it becomes part of our beauty routine?

The answer is not only about the formula, the claim, or the promise of efficacy. It also concerns the immediate experience the product is able to create: its texture, fragrance, colour, packaging, the application gesture, and the sensation it leaves on the skin.

This is the perspective behind the article “Beauty Is a State of Mind. The Pursuit of Pleasure Through Cosmetics”, published in MakeUp Technology 2025 | Spring-Summer and authored by Stefania Abbattista, O-PAC – Create to Innovate. The article presents cosmetics as a multisensory experience, where formulation science, perception, and emotion come together.

Cosmetics as a user experience

In contemporary beauty, consumers are increasingly attentive: they read ingredient lists, assess claims, compare reviews, and evaluate packaging. However, the final choice often depends on a more immediate element: the pleasure of use.

A product may be technically sound, but if it is not pleasant to use, difficult to apply, or inconsistent with sensory expectations, it may not be used consistently. This is particularly important in skincare, where many benefits require regular application over time.

For this reason, multisensory cosmetics are not merely an aesthetic detail, but a design-driven lever: they contribute to product perception, consumer satisfaction, and brand loyalty.

Texture, skin and perception

The skin is the first place where a cosmetic product is evaluated. Through touch, we recognise comfort, lightness, freshness, protection, softness, or richness.

Texture therefore becomes a true language of formulation.

A rich cream can communicate nourishment. A fluid serum can suggest freshness and rapid absorption. A cleansing mousse can evoke gentleness and cleanliness. A transformable product can introduce surprise, sensoriality, and perceived value.

Behind these sensations lies precise technical work. Ingredients, emulsifiers, emollients, waxes, viscosity, and the structure of the formula all contribute to defining the product’s behaviour during and after application.

For a cosmetic laboratory, designing a texture means creating an experience that is consistent with the expected benefit and with the brand’s positioning.

Sight, fragrance and packaging

Sight is often the first sense to be engaged. Even before applying a cosmetic product, consumers observe its colour, radiance, transparency, density, and presentation.

The visual effect can immediately influence perception: a transparent gel conveys freshness, a pearlescent texture suggests luminosity, and a green shade may evoke a soothing treatment and gentleness. In makeup, colour, light, and finish become an integral part of the product’s identity.

Fragrance also plays a central role. A scent can generate familiarity, energy, comfort, cleanliness, or memory. For this reason, it must be carefully selected, taking into account the type of product, frequency of use, target audience, and the message the brand aims to communicate.

Packaging completes the experience. Shape, opening mechanism, gestures, ergonomics, and even the sound associated with use all contribute to building the overall perception of the product. In beauty, formula and packaging do not work separately: together, they define the first encounter between the consumer and the cosmetic product.

Sensorialità e costanza d'uso

Sensory pleasantness influences consistency of application. A product that is enjoyable to use is more likely to be applied willingly, especially when it is part of a daily routine.

This applies to creams, serums, cleansers, masks, body products, cosmetic wipes, pads, and fabric-based treatments. In all these cases, consumers assess not only the claimed efficacy, but also what they experience during use.

Sensoriality therefore becomes a lever for differentiation. It helps make the product recognisable, strengthens brand consistency, and can encourage repurchase.

For beauty brands, this means that product development must consider the formula not as an isolated element, but as part of a broader system: performance, perception, application gesture, packaging, and communication.

The role of cosmetic R&D

Creating a multisensory product requires a balance between technical expertise and perception.

The formula must be stable, safe, compliant, effective, and scalable for industrial production. At the same time, it must deliver an experience that is consistent with the concept: texture, fragrance, colour, viscosity, packaging, and method of use must all work in the same direction.

This is where cosmetic R&D takes on a strategic role. The formulator selects ingredients, evaluates interactions, studies stability, tests the product’s behaviour on the skin, and interprets sensory responses.

At OPAC, this approach applies both to skincare and personal care products and to fabric-based cosmetic treatments: wipes, masks, pads, and substrate-based solutions. In these formats, sensoriality arises from the interaction between formula, material, impregnation, application gesture, and skin perception.

OPAC: formulating cosmetic experiences

Beauty is a state of mind because it arises from the encounter between function, perception, memory, and pleasure.

For OPAC, developing a cosmetic product means working across all these levels: from formulation to texture, from stability to safety, from packaging to method of use, through to the consistency of the final experience.

In contemporary beauty, innovation means creating products that are able to respond to a need while also generating comfort, recognisability, and the desire for repeated use.

Because an effective cosmetic product delivers on a promise.
A well-designed cosmetic product creates an experience.

Discover the OPAC method for developing skincare, personal care, and fabric-based cosmetic treatments: from formulation to texture, through to the final user experience.

Discover the OPAC method.