Luminovo’s Post

Getting real about sustainable electronics When you think about sustainability in electronics, energy efficiency is likely the first thing that comes to mind. Regulations have made it easy for us to compare the energy efficiency of products, but what about their CO2 footprint? Have you ever wondered about the carbon footprint of the electronics you use? Until now, this information has been hard to come by. Unlike traditional products, electronics are composed of hundreds, sometimes thousands, of components, each with its own CO2 footprint. This complexity has made it challenging to provide a clear picture of a product’s environmental impact. However, thanks to the incredible team at Sluicebox and their integration with Luminovo, this problem is now being addressed. While change takes time, the next time you see CO2 footprint information on an electronic product, there's a good chance this partnership played a key role in making that happen. Let's drive the change towards more transparent and sustainable electronics. 🌍💡

In this Printer Space blog article, we dive into how UV LED curing offers a faster, more efficient alternative to traditional methods, significantly reducing production time and costs. This low-energy technology offers many advantages over traditional curing methods. Read the Printer Space article to learn more - https://lnkd.in/g-sjj7bp #INXInk #PrinterSpace

Dive into the fascinating world of technology with thrustMIT’s upcoming webinar on Printed Circuit Boards (PCB). Join us for an insightful exploration into the intricate design, manufacturing processes, and cutting-edge advancements in PCB technology. Our expert speaker is Dr. SHIVAM K. SINGH, Founder and Director at Spaceonova® who will unravel the complexities, offering a unique perspective on how PCBs form the backbone of modern electronic devices and their role in rocketry. Embrace the future of connectivity with thrustMIT’s webinar – where knowledge meets innovation! 🌐🔍 #PCBWebinar #thrustMIT #webinar #spaceonova

Advanced Photonics Technologies Group (adphos Group), has completed 30 years of business. What began with early experiments in the garage of the current CEO, Dr Kai K. O. Bär, has since evolved into a globally recognized provider of high-performance thermal processing systems peoviding a faster, more efficient, and sustainable alternative to traditional convection drying systems. One of the standout features of adphos solutions is their compact design, reducing space requirements by 7 to 10 times compared to conventional systems. With precise process control, manufacturers can expect higher production quality with minimal waste.   #labelnews #LabelingNews #PackagingTrends #IndustryUpdates  #LabelingInnovation #PackagingSolutions #PrintTechnology #SustainablePackaging #LabelDesign #PackagingIndustry   #LabelingExcellence #digitalprinting #flexiblepackaging #digitalprint #printingpress

The PCB market is indeed experiencing a noticeable softening... Learn more from the latest iconnect007 article by our CTO in #Amitron https://lnkd.in/gw_zZ-jE?

Exciting Arrival: The New UltiMaker Factor 4 in Our Office! 🚀 We’re thrilled to announce that the UltiMaker Factor 4 has just arrived at our office. Naturally, we couldn't wait to take it for a test drive. We set up our first print to see how fast and thorough this machine really is. Check out the results! Why UltiMaker GB Factor 4 Stands Out: ✨Industrial-Grade Performance ✨Efficient Material Handling and Storage ✨Climate-Controlled Station: Manages up to six spools with humidity levels ✨Expanded Material Capabilities ✨Smooth Workflow Integration ✨Comprehensive Print Process Reporting ✨Modular and Maintenance-Friendly Design If you want to learn more about the UltiMaker Factor 4, reach out to us or check out our website shop! Link In the comment! #UltiMaker #Factor4 #3DPrinting #Innovation #IndustrialPrinting #Engineering #Tech

Next week Karl Forbes and I will be speaking at the FuturePrint TECH conference in Cambridge. We will be talking about Xaar's Ultra High Viscosity technology that we believe could be one of the most significant changes to inkjet technology and its capability. We will also be discussing how ultra high viscosity is opening more applications, and allowing inkjet to increase it's penetration in both new and existing markets. #digitalprint #ultrahighviscosity #inkjet #xaar

Product Carbon #Footprint- Embracing #Sustainability Across the #Semiconductor Value Chain With a firm commitment to environmental responsibility, Infineon Technologies is creating a new level of transparency in the semiconductor industry. Read more https://lnkd.in/dpnXhBqB #sustainability #footprint #PCF

Introducing Meskernel's LDK Series Laser Distance Sensor – precision and versatility in a compact package! 📏✨ With dimensions of 46.80mm x 26.00mm x 13.00mm and weighing only 10g, this TOF-based sensor measures distances from 0.03 to 60m with an accuracy of ±3mm and a resolution of 1mm. 🌐🔍 Operating at a continuous measurement frequency of 10Hz, the LDK Series features a CLASS-II laser (<1mW) with a wavelength of 610nm to 690nm. Customizable interfaces include USART, RS232, and RS485, making integration seamless. 💼💡 The standard version operates in temperatures from 0-40°C, with customization available for -10-50°C. Ideal for a range of applications such as industrial measurements, construction, interior design, sports, logistics, agriculture, and emergency response. 🚜🏗🏅 Meskernel offers a variety of customization services for laser distance sensors, including range, accuracy, baud rate, frequency, communication interfaces, and temperature. If you have any specific requirements, please don't hesitate to contact us. ✨📞 Unlock precision measurement with Meskernel's LDK Series! #LaserDistanceSensor #Innovation #PrecisionTech #Meskernel #Distancemeasure Feel free to reach out for more information or customization requests. 🌟💬

Have you ever wondered how all those tiny components in your phone or tablet work together? Chances are, photochemical etching was involved! Almost every electronic device contains components made through photochemical machining. The invisible magic makes our everyday tech work — not just our phones. The technique also unlocks endless design possibilities for aerospace, healthcare, and automotive engineers. Etching is the process of using UV light and chemicals to carve out designs on metal sheets. This allows for exact patterns and creates the intricate parts essential to every electronic device we use daily. So you'll know the next time you go on your phone or play on your game system! Explore six distinct advantages of photochemical etching here: https://lnkd.in/g3uHdiHc #Fotofab #PhotoEtching #ModernMarvels #Innovation #Manufacturing #Technology