In today’s episode of LC INSIDER, we talk about something every Project Manager knows too well: documentation that actually works. Not the kind that collects dust or gets lost in folders, but the kind that helps teams make decisions faster, avoid mistakes, and build knowledge that stays in the company — even when people change, when sprints move fast, or when a project suddenly pivots. 

Let’s start with a simple rule: one file equals one decision. It sounds minimalistic, and that’s the point. When we separate files for approving layers, changing materials, or adjusting test conditions, the whole story becomes clear. One decision, one document, no confusion. In large projects, this clarity is gold. It helps teams review, compare versions, and understand why something happened — even months later. It also makes audits so much easier. No more hunting through long documents trying to guess what changed, when it changed, and who decided it. 

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When was the last time someone from your R&D team said, “It can’t be done”? Maybe because the part is too big, too stiff, the battery doesn’t fit, or the PCB can’t bend. Maybe everything fails when humidity is high. For many CEOs, these limits aren’t just frustrating. They’re a real risk to staying competitive. But what if there’s another way? What if you could build a light, flexible, working electronic system—without glass, without hard plastic, and without a traditional PCB? That’s exactly what printed electronics makes possible. It’s not science fiction. It’s a real technology already used in automotive, wearables, and smart packaging, and it’s happening in Europe right now. 

In today’s episode of LCE Insider, we’re going to talk about something that’s changing the daily work of purchasing teams: ethics and sustainability.

A few years ago, life seemed simpler. If a part arrived on time and at the right price, everyone was happy. Today, that’s no longer enough.

Buyers are expected to think not only about cost and delivery, but also about where materials come from, how they are produced, and what impact they have on people and the planet.

Customers are asking tougher questions, and they don’t just want a good product – they want a responsible supply chain.  This material comes from the free LCE Insider newsletter, available in both English and Polish.Subscribe today! ⁠⁠⁠⁠⁠⁠⁠⁠https://lcelektronik.com/lce-insider/?utm_source=&utm_medium=&utm_campaign=podcast

In today’s episode of LC INSIDER, we’re diving into a practical topic for engineers and designers: the tools you need to work effectively with printed electronics. Printed electronics, often called PE, is becoming more common in home appliances, cars, medical devices, wearables, and smart labels. And for designers, that means one thing: traditional PCB tools are no longer enough. 

Printed electronics requires a new way of thinking. It’s not just about drawing a circuit. It’s about combining graphic design tools, CAD software, and production-ready file formats into one process. The goal is less clicking and more control — and today we’ll walk you through how to get exactly that. 

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In today’s episode of LCE INSIDER, we take a closer look at sustainability in electronics manufacturing. And more importantly, how printed electronics — a technology that is thinner, lighter and far more flexible than traditional circuitry — can meaningfully support the environment. We often ask whether sustainability is just a trend, or if it carries real business value. The truth is that in recent years, customers, investors, and governments have shifted expectations. They no longer ask only about the final product. They want to know how the product is made, where the materials come from, how much energy is used, and even what happens to the product after its life cycle ends.

 This material comes from the free LCE Insider newsletter, available in both English and Polish.Subscribe today! ⁠⁠⁠⁠⁠⁠https://lcelektronik.com/lce-insider/?utm_source=&utm_medium=&utm_campaign=podcast

This episode is a practical guide for engineers and product designers who want to use printed electronics in their projects. When we say printed electronics, or PE, we mean using conductive inks instead of etching classic copper paths. It’s a new way to design circuits that are flexible, light, and creatively integrated into your product. 

In the next minutes, we’ll walk through the full process, from choosing materials to testing a working prototype. Think of it as a tour from concept to first functional sample. 

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In today’s episode of LC INSIDER, we’re looking at something every purchasing manager eventually faces: how to optimize costs when buying printed electronics. And we’re not talking about shortcuts or racing to the lowest price. We’re talking about smart planning, real collaboration with suppliers, and understanding the full picture behind every unit you buy. This episode is based on the guide “Optimizing Printed Electronics Purchasing Costs – 7 Practical Tips

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In this episode of LCE INSIDER, we’ll talk about something every Product Manager and product designer eventually faces: how to really evaluate a printed electronics supplier. Not just on paper. Not just based on a quote or a certificate. But as a real partner you may need to work with for months, across several sprints and many design changes. What we’re sharing here is based on our guide “Evaluating Printed Electronics Suppliers – What to Look For”.  

Printed electronics projects are complex. They are never just a simple “deliver or don’t deliver” situation. As a PM, you are responsible not only for the final result, but also for the way your team and the supplier work together along the  way. Testing the technology is important, of course. But testing the supplier’s style, their communication, their flexibility, and how they react when plans change matters just as much. 

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Why do innovation leaders choose printed electronics?

The answer may surprise you. 
In today’s episode, we’re taking you on a journey through five different worlds:

• consumer electronics, 
• healthcare, 
• automotive,
• industrial IoT,
• wearables .

Let's see how this technology quietly transforms everyday life. And we’ll finish with the challenges, the opportunities, and what smart leaders should do next. 

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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 to use. That’s when printed electronics (PE) becomes useful. 

For a designer, PE means adding flexible parts without giving up standard SMD components. For an R&D engineer, it’s a way to try new types of sensors, communication, or power systems. For a product manager, it’s a chance to build thinner, lighter, and smarter products. 

But to succeed, you need more than just ideas—you need practical knowledge. How do you mix PE with traditional parts? How do you pick the right materials? How do you design layers that work well together? This article answers common questions, gives tips, and shows examples of real hybrid solutions. 

Why Combine PE with Standard Components? 

• Concern #1: “You Can’t solder that!” 

• Concern #2: “Will it last?” 

• Concern #3: “We don’t know how to start” 

• Concern #4: “It’s gard to estimate costs or Standards” 

In this episode meet also: 

• Pracrical tips 
• Examples of hybrid projects 

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