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It’s Not Magic – It’s Printed Electronics! Learn How to Combine It with Traditional Tech
What does printed electronics say when you bend it? “Stick to your layer!” In modern product design, engineers and developers often need to mix new technologies with trusted ones. Customer expectations, short deadlines, and limited space make traditional methods hard...
The Product Lifecycle with Printed Electronics: A PM’s Guide to Faster, Flexible Product Development
In today’s world, speed, flexibility, and innovation are not just nice-to-haves—they’re a must. For a Product Manager, who needs to oversee the full lifecycle—from idea to end-of-life—printed electronics (PE) is a new tool with huge potential. PE is not just future...
Printed Electronics in Your Product Strategy
Meet Andrzej. He used to paint houses, work in a flower shop, and fix tires. One day he said “enough” and followed his childhood dream—he became a train driver. It’s a serious job that takes years of training and full focus. A train is not like a car—you don’t turn it...
Cost Optimization in Purchasing – Without Losing Quality
In times of rising material prices, inflation, and unstable supply chains, purchasing departments face a tough question: how can we cut costs without losing quality? This article gives real strategies for smart purchasing in medium and large manufacturing...
How to Effectively Use Printed Electronics in a New Project
Imagine you are a project manager at an automotive company. You have six weeks to build a prototype of a new touch interface. The client wants it to be modern, lightweight, backlit, and functional even when wearing gloves. Standard technology requires excessive...
Green Electronics: How to Reduce Carbon Footprint and Meet ESG Requirements?
Clients and regulators no longer accept traditional production methods. The answer to these changes could be printed electronics—a technology that reduces CO₂ emissions, lowers material use, and boosts a company’s competitiveness.