Here at Loomia, we love using conductive materials in our workshop. Typically, we use conductive thread and tape when experimenting with circuits.

While our focus and main area of interest may be in e-textiles, we are always discovering new materials to apply our technology to.

A key component in most electronic devices is batteries. To put it simply, you would not have an electronic device without batteries; they are an essential element.

LEDs (Light-Emitting Diodes) are all around us; in our cars, electronic devices, home appliances, and other essential products for everyday life. They are versatile, relatively easy to integrate, and come in a variety of forms.

There are all kinds of sensors out there: temperature sensors, proximity sensors, pressure sensors, chemical sensors, and the list goes on. One type of sensor rarely makes the list, however, and that’s biometric sensors.

A microcontroller is an integrated circuit that is designed to control the input and output of an electronic device.

Technical textiles and electronic textiles (e-textiles); One and the same? Or, polar opposites?

Breadboard? You mean like, something you slice bread on? No, we are talking about a revolutionary little piece of equipment that is the foundation of every prototype.

Standardization is a common concern when discussing growth in the e-textiles industry, but what does it mean to standardize e-textiles?

We are privileged to have had the opportunity to sit down with Christian Dalsgaard, CEO of the Smart Textile Alliance, to discuss the newly formed organization and his views on this growing industry!

Will e-textiles ever take off? Skeptics of this technology have questioned whether this technology will remain an underground innovation or become ubiquitous.

Electronic waste, more commonly referred to as “e-waste”, is a term used to describe consumer and business electronic equipment that is near or at the end of its useful life.

Flashback to 2020. We’re all at home, stir crazy, itching to get out of the house any chance we can get. The pandemic is raging on, live events are cancelled, and our days consist of Zoom meetings and non-stop snacking. During this time, we at LOOMIA were trying to think of ways that we could help innovation engineers and creative technologists bring their ideas to life.

As a part of our LOOMIA: What If? Series, a collection of posts to inspire creative techs and makers to use our components to prototype impactful products, we created a medical wearable called the “Breathe Shirt”

There isn’t a whole lot of information out there in regards to the use of soft robotics in automotive design, and this could very well be for one good reason: the mechanical nature of a motor vehicle does not require fluid movement. If soft robotics were to be applied to the design of a vehicle it would be purely aesthetic.

When you hear the words “wearable technology,” what comes to mind first is smart watches, right? While smart watches certainly fall under the umbrella of wearable tech, the innovation does not end there.

Majenta Strongheart and Erika Earl joined our Creative Tech Residency program from Supplyframe DesignLab, a Pasadena-based research and development studio that facilitates collaboration in product design, manufacturing, art, and technology.

Lee Jones is a Canadian PhD student in Digital Media at Carleton University. Her research is focused on DIY toolkits for prototyping soft interfaces and interfaces, and she hopped on the opportunity to use the LOOMIA components to further her research in this area!

Pablo Argote is a Researcher and Creative Technologist who is currently an MRI Researcher at CU Boulder. His work has been primarily focused in the areas of biomechanics and medical devices, as well as biomedical wearables.

Yuchen Zhang is a fashion tech designer and lecturer at Parsons School of Art and Design. She has worked with several well-known brands and companies such as Zac Posen and Google, and is currently the CEO of Wearable Media Studio.