Epson UK & I’s Post

Have you heard about the 3D-printed "Band-Aid" for the heart that could save lives after a heart attack? A team led by CU Boulder, in collaboration with researchers at the University of Pennsylvania, has pioneered a new approach to 3D print hydrogel, a biocompatible material, using the innovative CLEAR method (Continuous-curing after Light Exposure Aided by Redox initiation). This material, also used for pupil lenses, now has the potential to heal damaged heart tissue. Inspired by the warm’s blob, this cutting-edge technology is not only more environmentally friendly but also less time-consuming, leading to lower production costs. Who knows? In the future, we might see this technology widely adopted, reducing production costs across various industries. What are your thoughts? Do you think this breakthrough will succeed in the market? Source: https://lnkd.in/dX8cedNY - presentation video https://lnkd.in/dWzUC6_5! https://lnkd.in/dm8C4RDf

According to Copilot ## Solar Panel Efficiency Comparison ### Multi-Junction (Seven-Layer) Solar Panels • [**Efficiency**](https://lnkd.in/gVvhdEZd): Up to [**34.6%**](https://lnkd.in/g3wrbc6K) in laboratory settings. • [**Technology**](https://lnkd.in/gQAWy8p7): Utilizes multiple photovoltaic layers to capture different wavelengths of light. • [**Advancement**](https://lnkd.in/gSib4t9E): Represents the cutting edge of solar technology with multiple layers for increased efficiency. ### Perovskite Solar Cells • [**Efficiency**](https://lnkd.in/gVvhdEZd): Achieved up to [**26.1%**](https://lnkd.in/gP-X6dcZ) in laboratory settings. Moreover, when perovskite is layered on top of silicon to create tandem solar cells, it combines the best properties of both materials, leading to even higher efficiencies. • [**Potential**](https://lnkd.in/gTaufE3f): When combined with silicon in tandem cells, efficiencies can be significantly higher. • [**Cost-Effectiveness**](https://lnkd.in/ge_bzPzr): Potentially offers lower production costs and greater flexibility. Both technologies are rapidly evolving, with multi-junction panels currently leading in efficiency, while Perovskite cells offer promising advantages for the future of solar energy.

The promise of printable solar panels is electrifying! Dr. Malinkiewicz and her team are spearheading a green revolution. The low-cost production is a game-changer, making solar energy more accessible globally. Their versatility opens doors to endless applications, integrating seamlessly into various surfaces. The resource efficiency is commendable, reducing the strain on our planet's resources. DIY scalability could democratize energy production, empowering individuals to contribute to sustainability. The substantial CO2 offset per kWh further cements its environmental impact. Yet, let's ponder: will the durability and efficiency match traditional panels over time? #SolarRevolution #GreenTech #SustainableFuture

Innovative Sensing for a More Sustainable Future! Did you know that over 75% of greenhouse gas emissions in the European Union come from energy production and use? Aligning its R&D initiatives with European policies, the Center has developed sensing systems using various technologies for integration into different products and industrial processes, thereby promoting energy transition and decarbonisation. One example is the development of micro and nanoelectronic devices through printing and deposition technologies. These devices are designed to be highly energy-efficient and low-cost. These innovations not only reduce environmental impact but also contribute to a greener and more sustainable economy. Find out how CeNTI is shaping a more sustainable and efficient future at https://www.centi.pt (only in Portuguese). #CeNTI #Technology #Innovation #Nanotechnology #AdvancedMaterials #SmartSystems #Sustainability #Digitalisation #CTI

"For some, advanced manufacturing means integrating automation, robotics, AI and 3D printing to enhance efficiency, precision and customization. Others see it as producing cutting-edge technologies for clean energy, electronics and healthcare. While accurate, defining advanced manufacturing by its transformative social impact is more meaningful than by its processes or products." Thanks Sameer Rao for publishing this and your many edits. While they may not be 100% aligned with the article, thanks to Robert Storey, Ron Williams, Mark Anthony Thomas, Stephen Auvil and Larry Muzzelo who's many efforts through our EDA Tech Hubs proposal are reflected in the article.

This article from Organiser highlights the significant transformation in the global materials industry, driven by advancements across various sectors like energy, automotive, and construction. The evolution of Industry 4.0 technologies has spurred the demand for new materials, focusing on sustainability, lightweighting, and smart technologies. The article outlines ten major trends, including sustainable materials, nanotechnology, additive manufacturing, and materials informatics. These developments are expected to significantly impact the speed of material innovation and adoption across industries. Please find the full article under the link below: https://lnkd.in/eAGcgMqW

Imagine a world where your windows, walls, and even your clothing could generate electricity! Printable solar panels are turning this sci-fi fantasy into reality, revolutionizing the energy industry with their flexibility, affordability, and ease of production. Soon, harnessing the power of the sun could be as simple as hitting "print," transforming how we think about #renewable energy and making #sustainable living accessible to everyone. #perovskites #energytransition

Every platform or invention creates more efficiencies by building or combining the work required to operate previous platforms, which made it easier to use platforms before that, etc Making things easier is automation, and look at what heights it enabled humanity to achieve! For example, the wheel made agriculture easier - automating away a lot of energy spent towards more difficult carrying methods. The printing press made the distribution of knowledge quicker, bypassing the slow and meticulous process of hand-copying texts. The future holds beautiful efficiencies.

🌇Solar panels to print? 5 promises of a tech revolution👇 Olga Malinkiewicz, PhD and her team at Saule Technologies have developed printable solar panels using Perovskite ink. This breakthrough has huge potential for the a fair and green future: 1️⃣ Low-cost production: Perovskite solar cells can be manufactured using simple, inexpensive printing techniques, potentially reducing production costs to below $0.20 per watt. 2️⃣ Versatile applications: The flexible, lightweight nature of these panels (weighing only ~730 g/m²) allows integration into various products and surfaces, expanding solar energy use. 3️⃣ Resource efficient: Perovskite cells require just 500 nm thickness, significantly less material than traditional silicon panels, potentially reducing resource extraction and waste. 4️⃣ Scalability through DYI? The printing process is highly scalable: Imagine if any of us could print solar panels for potential surfaces for energy-harvesting. 5️⃣ Environmental impact: Perovskite solar cells can offset almost 1 kg of CO2 emission for each kWh energy generated. This work could revolutionise the harnessing of solar power. And our individual role for a regenerative future. Do you see the potential? #CircularEconomy #zerowaste #Innovation Credit: Sam Bentley

I have never liked the idea of "going green" by covering literal green/natural areas that soak in the sun with big ugly panels... THIS is so cool. I love the usage on what looks like window shutters!!! Knowing the manufacturing possibilities of 3D printing and how porous certain materials are, I wonder if these two technologies could be combined to create solar energy soaking products? Impac Systems Engineering What if you could print roofing tiles that had this solar ink infused in them?!? What if you could...? What would YOU make?