In this study, we investigated the influence of the olfactive stimulus on visual attention. Two groups of 30 subjects participated in two experiments. Both experiments presented two arrays of fruits stimulus intercalated by an olfactive intervention. The stimulus was received in the form of images by the first group and in the form of words by the second group. An eye-tracking device monitored the timekeeping of visual attention dispensed in each stimulus. The results showed that olfactive priming influenced visual attention in both cases but with a greater degree in the images stimulus group. This study shows for the first time that image information is more susceptible to priming olfactive information than wording information. This effect may be associated with the formation of mental images in working memory, aroused by fragrances.

This study explores the viability of applying commercially available 3D scanning and printing equipment in the development and manufacture of a personalised lipstick applicator. The shade of a lipstick and its theology are already subject to personalisation. However, the application can be achieved in a more convenient way than using a standardised swivel-up tube. The objective of this project was to examine the possibility of developing a methodology for manufacturing an innovative personalised lipstick applicator using 3D printing technology.