Maker Faire Yearbook 2023
Projects
Found 80 Results
Centro per l’Artigianato Digitale
Faire: Rome
Maker: Medaarch s.r.l. s.t.p.
Back to Maker Faire Rome, the extraordinary space dedicated entirely to artisans, manufacturing processes, and the digital revolution! Following the success of 2018 and 2019, Medaarch - in collaboration with WASP and Lab Mec - by popular demand, reintroduces the Center for Digital Craftsmanship for the 2023 edition of Maker Faire Rome. A 145 m² space designed as a public lounge where live demonstrations showcase how the connection between Italian craftsmanship, experimentation, and digital technology is contributing to the revival of Made in Italy, the enhancement of talents, the regeneration of territories, and the creation of an innovation ecosystem.
This space is dedicated to the new Renaissance, where one can admire high-impact and commercially successful design solutions achieved through a skillful combination of traditional processes and the use of new digital technologies.
The project's protagonists are the new artisan workshops: innovative and competitive enterprises operating in the excellence sectors of Made in Italy, such as fashion, ceramics, wood, and glass. These enterprises will guide us on a special journey into the new era of expertise, where creativity and technological innovation merge to generate large-scale innovations.
So, mark your calendars from October 20th to 22nd at Fiera Roma in the Life Pavilion. Over the three days, eight enterprises will demonstrate their processes and the ways they have chosen to use new digital tools, showing how technological solutions can already find fertile ground in Italian production chains, creating strong opportunities for manufacturing and Made in Italy talent.
There will be a chance to experience the most interesting virtual reality applications for craftsmanship, presented by Sautech, Medaarch, and Enco with the Artista project. You'll encounter the history and art of master Giuseppe Cicalese, who will create ceramic and sculptural works through live demonstrations involving 3D printing and virtual reality. You'll meet the talent of designer Marianna Capuano, who will showcase Tiffany glass works created with digital fabrication support.
You can admire wooden design pieces by master Luca Colacicco, created through digital manufacturing and designed by Medaarch. You'll witness the creation of fashion products by designer Giulia Scalera, expertly combining 3D printing processes and art couture.
Furthermore, you can discover how 3D printing can be applied to sustainable design, admiring 3D-printed ceramic objects and green furnishings from the Mediterranea collection by Medaarch.
Last but not least, Medaarch has dedicated space to professional training opportunities for students, startups, companies, and makers looking to grow through digital innovation and hands-on training based on experimentation, research, and digital innovation.
In summary, it's an immersive experience to explore the beauty and charm of Made in Italy 5.0 talent, complemented by the integration of digital technologies through which the involved companies have found a unique and innovative way to engage.
The space at Maker Faire Rome, created by Medaarch in collaboration with WASP and Lab Mac - who have provided their cutting-edge technologies for the three days (particularly, WASP brings the 40100 Clay Production and the 3MT HDP) - reproduces the structure of the Center for Digital Craftsmanship in Cava de' Tirreni, the first in Italy entirely dedicated to revitalizing Made in Italy through the digital transformation of businesses and artisans.
ARES
Faire: Rome
Maker: ITIS GALILEO GALILEI DI ROMA
ARES project was born 4 years ago from the idea of 4 students passionate about the aerospace world and dreamers of a human landing on Mars. They asked themselves a question: how will the resources necessary to survive on a desert planet be found? They developed a project to verify the feasibility of a plantation on the red planet, faithfully recreating the Martian biosphere. An electronic brain will manage the sensors and irrigation of each dome. Finally, all the data will be managed within a portal, implementing a procedure in relation to the IoT.
I Can Feel My Legs
Faire: Rome
Maker: Gaetano Carlino
I Can Feel My Legs is a lower limb prosthesis whose purpose is to help people who have disabilities and/or difficulties in walking.
What we present is the first working prototype showing toe movement that is done through the use of a wearable sock, for the initial acquisition of movement that will then be implemented through a self-learning neural network in order to improve its efficiency and responsiveness, which will be able to simulate toe movement.
Il Cannone di Paganini rinasce in 3D
Faire: Rome
Maker: 3DiTALY
Embark on a journey of innovation and heritage preservation with 3DiTALY's revolutionary project. Through advanced 3D scanning and printing techniques, we restore and replicate the legendary 'Il Cannone di Paganini' violin by Guarnieri, ensuring its enduring legacy. In collaboration with the esteemed Genova Municipality, we fuse artistry, technology, and cultural significance. Experience the harmonious blend of tradition and cutting-edge capabilities at Maker Faire Rome 2023.
MaCh3D Material Testing (r)Evolution
Faire: Rome
Maker: MaCh3D
For those transforming raw materials into final products and for materials developers, MaCh3D is a Smart Material Testing platform made of an innovative hardware allowing an easier, safer and faster testing procedure, and a cloud platform for material intelligence, enhanced by AI for processes control and materials and processes optimization.
Smart Material Testing directly at manufacturing floor will accelerate materials innovation and grow trust in new materials and applications.
MaCh3D, (r)Evolution in Material Testing!
FPV IoT Micro Tanks
Faire: Rome
Maker: Oleksandr Poliakov
Many of us still remember how, as children, we spent hours in front of the TV, playing the legendary Battle City.
And what would happen if the game was being developed these days? Of course we would want to play it over the Internet and perhaps with AR glasses.
But what if we went even further and brought it into the real world? Where we could drive around in a handmade arena, or in a hallway. We can fire an infrared cannon at the enemy, or at his base. Or just chase pets?
And since these are IoT tanks - we can control them from the browser. Or even write javascript code to control them!
PC Fisso Portatile – Portable Desktop
Faire: Rome
Maker: Mirko Tumbiolo
Our project consists in changing the common use of a desktop, allowing you to carry it wherever you want with the comfort of a simple backpack.
It consists precisely in mounting the hardware on a wooden fiber structure which in turn fits into a specially modified backpack to allow the use of peripherals, an integrated display with stereo sound system and which guarantees adequate cooling. In addition, thanks to a battery we were able to guarantee a desktop computer an autonomy and much greater than a laptop, of 50 hours.
La tana del mago
Faire: Rome
Maker: Karim Panacci
La tana del mago is a brand born in February 2023 to make the first 100% Italian magic wands to shoot real fireballs.
Production is carried out in part thanks to resin 3d printing technology.
Wayfordesign
Faire: Rome
Maker: Davide Golzio
collection of bijoux jewels created with 3D printing. I use all the printing technologies like fdm sls multijetfusion and I enjoy experimenting and trying recycled and eco-sustainable materials
Isola Ecologica
Faire: Rome
Maker: Avelon Bardhi
"Isola Ecologica" was conceived with the purpose of entertaining children whilst also contributing toward memory development and awareness regarding a very important contemporary theme. The game will consist of 1 board divided into 4 different environments (Beach, City, Park and Countryside), tiles depicting waste, 1 dice and the "Recycling Plant" which will have a digital reader inside to recognize the tiles, and some motorized hatches that represent the waste disposal bins. Each turn, a given player will collect 1 card from the environment rolled by the dice, place it on the reader, and then press the key corresponding to the correct bin, if the guess was right the LEDs will light up green and the trapdoor will open, otherwise the tile will have to be placed back on the board.
Smemobox
Faire: Rome
Maker: ITIS "Enrico Fermi" Roma
Smemobox is a versatile device that simplifies the periodic intake of pills and supplements. A beep, vibration and LED lights indicate the compartment and the correct amount of pills. There are two versions: a small and ergonomic one and a larger one with additional compartments. The device is modular and rechargeable via cable or wireless charging. It is compatible with Bluetooth hearing aids to send alerts directly to the user via an app. The prototype uses certified food-grade PLA.
Le Strutture Tremano
Faire: Rome
Maker: Gruppo MCGM
The system consists of a base and 24 shapes. On the base, there are two vibrating plates, one for each child, who takes turns placing a shape corresponding to the color shown on the central button. The goal for the child is to build a structure as tall as possible, trying to keep it steady after the vibrations, level by level. The first player whose construction falls, loses. There are 6 shapes provided for each color, corresponding to randomly changing LEDs, making the game dynamic with varying levels of difficulty dictated by the shapes themselves. It is simple, affordable, and intuitive.
” Ascolta la vita ! “
Faire: Rome
Maker: Luciano Fumagalli
ANGELO is an open source hearing device that promotes access to hearing care for seniors and in LMICs.
With over 1.5 billion people suffering from hearing loss, often linked to cases of dementia, it represents an inclusive, economical and customizable solution: a change within reach for millions of people.
In summary, ANGELO is an equalized amplifier, which allows you to selectively enhance the relevant auditory frequencies, improving the understanding of speech and the perception of emotions related to sound.
Safecutter
Faire: Rome
Maker: Mr Beam Lasers GmbH
The "Safecutter" project is a collaboration between scientists from the Leibniz Institute for Plasma Science and Technology (INP) Greifswald and the Munich-based company Mr Beam Lasers GmbH, which specialises in the construction and sale of desktop laser cutting systems.
With a desktop laser cutter, detailed engravings and the cutting of many different materials are possible. A perfect introduction to the world of lasers. Until now, this technology could only be used industrially. The reason was mainly the high acquisition costs and the potential danger.
Since, depending on the material, different, sometimes toxic gases and vapours can be produced during the cutting process and the laser cutters are operated indoors, we are looking into how laser cutting can be made safer with regard to the exhaust gases in our research work.
The focus is thus on ensuring safety. By:
- hazardous material is detected before use
- cleaning up any waste gases produced
- analysing the composition of the exhaust gas
- a safety shutdown is integrated
Another important aspect of the work is the accessibility of laser cutting for the masses. Therefore, we designed low cost methods that make the purchase of the final product financially justifiable for the user and still reduce the dangers to a minimum.
Ultimately, it is important for us to invest in this research topic because laser cutters and products of this kind should be available to a broad mass. But safe.
Laser safe.
The project was supported by the Federal Ministry of Education and Research (BMBF) as part of the "Open Photonik Pro" funding measure of the "Photonik Forschung Deutschland" programme. The funding measure is intended to enable new forms of cooperation between science and industry and the maker and start-up scene.
FishAI&EcoEater
Faire: Rome
Maker: ITI Galileo Ferraris Scampia Napoli
Automa, eco-sustainable and ecological that aims to combat the pollution of marine ecosystems through the use of artificial intelligence and a cutting-edge telecommunications network.
Progetto – E-Tyres
Faire: Rome
Maker: Polo Scolastico Superiore "Volta" - Castel San Giovanni - Piacenza
Use of piezoelectric sensors on tyres, rims, or on the road or rail to generate electricity during movement in a completely green and free way without drawing energy from the vehicle. Energy harvesting application with great potential. Working prototype with sensors applied to the rear wheel of a bicycle available to the public for demonstration.
Robotic sorting plant – controlled by PLCs via WEBapp
Faire: Rome
Maker: Itis Paleocapa
The system, based on a Scorbot Er3 robotic arm and a Fishertechnik education kit, sorts different incoming materials by colour, weight ans size, thrugh different processes. The automation, controlled by S7-1200 PLCs, and supervised by a S7-1500 controller, is managed by an operator through an HMI display or through a webApp. It can be used to reach optimization and sustainability goals. The PLCs are able to manage a wide variety of information.
Hand In Hand
Faire: Rome
Maker: Hand in Hand
Hand in Hand is a nonprofit organization with a mission to supply top-tier 3D printed prosthetics to amputees in Egypt who encounter financial obstacles when trying to obtain prosthetics. Our main focus is harnessing the latest advancements in additive manufacturing technology to craft prosthetic limbs that are tailored, comfortable, and functional, addressing the unique requirements of each person. Our ultimate aim is to elevate the quality of life for amputees in Egypt by furnishing them with prosthetics that empower increased mobility, self-reliance, and assurance. Through the utilization of 3D printing, we strive to create prosthetic devices that are not only economical but also exceptionally adaptable, permitting us to meet a range of limb loss levels and specific lifestyle prerequisites. Our team of experts delivers guidance and emotional support to amputees, aiding them in acclimating to and making the most of their new prosthetic devices. The impact of Hand in Hand's efforts will go beyond the amputees themselves, resonating with families, communities, and society at large, and nurturing sentiments of understanding, inclusiveness, and communal obligation.
Innovative buoyancy elements for snorkeling, scuba diving and deep sea applications
Faire: Rome
Maker: Rainer Kuth
Problem: During scuba diving and other deep sea / underwater applications common tools like lamps, cameras, knifes, fins, masks, etc. sink fast when accidentally lost, because their density is higher than water. Sportive divers with deep-licenses can dive up to 40m for a short time and tech divers for app. 100m after complex preparation of highly sophisticated equipment and training. Loss of tools is frequent, expensive and dangerous, because sea is deeper than that at most places.
Challenge: Manufacturing buoyancy elements
+ with a density significantly less than water
+ while these shall withstand high hydraulic pressure
+ while the buoyancy force should be exactly defined and independent of depth
is not trivial.
Solution: 3d printing / additive manufacturing using special parameters upon printing and optionally with hybrid processes support making buoyancy elements with individual shape and buoyancy force. With such e.g. a loss of a mask with individual glasses for 1000€ is avoided: the mask will slowly rise to the water surface for save and easy recovery. Making such buoyancy elements is possible with a 3d printer for less than 500€, a free 3d construction software and a free slicing software using special parameters.
Contribution:
I will show on the booth:
+ Free design software for buoyancy elements
+ Free slicing software
+
C-Eyes
Faire: Rome
Maker: IT Archimede
C-Eyes is an innovative assistive technology designed to empower visually impaired individuals. Through the use of artificial intelligence and computer vision, C-Eyes captures real-time images and converts them into detailed audio descriptions, essentially enabling users to 'see' through hearing. Our device comes in two models. The 'Pro' model integrates a personal AI assistant powered by OpenAI GPT-4, providing advanced functionality and interactive voice recognition. The 'Lite' model, an economical and lightweight alternative, focuses on core functions of scene recognition and audio synthesis. Both models serve our mission to enhance independence, safety, and quality of life for visually impaired individuals. C-Eyes demonstrates the transformative potential of AI technology in tackling societal challenges and promoting inclusivity.
Sicurezza nei laboratori – “Magic Box” per Industria 4.0
Faire: Rome
Maker: Pianeta Elettronica
The Magic Box is a device that can be used to increase safety in scientific laboratories by reducing electrical risks
E-Horizon Project
Faire: Rome
Maker: Ass.ne Italiana Makers Automotive
E-Horizon Project is a project that encourages young people to be creative and take control of their future. Starting from a "Crazy Idea", the project has created a community of young motor enthusiasts with a common dream: to become part of the world of world motorsports. Through the new technologies of industry 4.0, all high school students, willing to test themselves and learn, can express their creativity and their technical knowledge, creating models of racing cars in 1:10 scale through the use of CAD software, 3D printing, microcontroller programming. Eventually they can compete with other makers, competing with the cars they create.
The project includes different categories of cars to be built:
- MKRS: Formula 1-style cars, electrically powered, designed and driven by school kids
- Hypercar: project similar to MKRS but with cars with covered wheels
- Driverless: self-driving Hypercar-style cars.
At Maker Faire Rome we will bring the 2023 prototypes of the various projects plus other models we have previously made and we will hold small shows to show the capabilities of our cars and the potential of our project.
CARRELLO SPESA SALISCALE ELETTRICO BREVETTATO
Faire: Rome
Maker: ANDREA BELLI
AN ELECTRIC STAIR CLIMB SHOPPING TROLLEY PROTOTYPE ABLE TO MOVE MANUALLY OR ELECTRICALLY AND CLIMB THE STAIRS ENTIRELY HOME BUILT WITH WOOD AND 3D PRINTED DETAILS, EQUIPPED WITH A WHEEL THAT BECOME A GEAR FOR CLIMB STAIRS
(EUROPEAN PATENT EP3743290, U.S. PATENT US16961833)
GALDEANO, DIY Calculator with simbolic math
Faire: Rome
Maker: Angel Cabello
The heart of the machine is an esp32 with 4 Mb of SPI RAM. The PCB is a custom one, as it is the keyboard. The display (320x240) is an ili9341 with a touch sensor (resistance). It runs a custom micropython distribution with LVGL graphics with the math engine (Eigenmath) as a module. The program runs in the data partitions and it is easily customizable and extensible.
