PROJECTS
LATEST PROJECTS
ANARY, 2022
Anary is intended as a fluid stabilisation system which allows the Parkinson's patient to drink normally while still experiencing the tremors of the disease.
Although Anary is intended as a stabilisation system, what makes it really different and valuable is its ability to humanise the patient by making them feel that they can drink normally again. The project also encompasses other important aspects of the disease, such as the adaptability of the product throughout the course of the disease by developing a second, more specialised model for more severe cases. In this way, the product can have a full impact on the patient's life.
Anary also intends to have a commitment to the environment by working only with polypropylene, a recyclable material that is easy to manufacture. In the same way, as far as assembly is concerned, the product has been designed to be assembled without the need for glue or tools, allowing the patient to assemble the product himself or to disassemble it for the replacement of parts, thus extending the useful life of the product much further.
NINTEL, 2020
The next project, done in collaboration with the company Termix, consisted of the design of a charging stand for the company's electric toothbrushes.
These have an ergonomic shape that guarantees a correct hold of the brush when it is connected or disconnected from the base.
The product can be connected to both conventional chargers and portable chargers, allowing the user to make use of it at home or outdoors.
PAST PROJECTS
With this project we redefined the concept of the conventional dryer, working for a target public with physical disabilities that suffer from the manual handling of the dryers that can be seen on the market.
Its shape generates a correct distribution of air currents throughout the area to be dried and, thanks to a linear belt transmission system, the dryer can be moved vertically, thus regulating the specific area to be dried.
REDANA, 2020
GYRT,
2020
The following project is based on the design of a face detection camera applied to the entrance gates of the Barcelona underground.
The camera has two different rotation axes that allow a full range of movement adapting to the different dimensions and positions of the user.
It also incorporates a 3D facial recognition camera which, based on the mapping of the face, achieves a more accurate identification. It incorporates a second thermal camera to be able to confirm that the person in front of the system is physically present.
