Fewer workers, more demands
Finding skilled workers for electronics assembly is now extremely difficult. High turnover, burnout, expensive training, and a lack of SMT specialists are everyday problems in many factories in Poland and the EU. If you run a production company and your deadlines are getting harder to meet while costs are rising, you know the classic way of assembling electronics is no longer working.
And flexibility is also a problem. What if the client needs 50 test units in two weeks? What if you must change the layout, graphics or logic? Traditional PCBs, connectors and soldering can’t keep up with that pace. And as CEO, you can’t afford to let your R&D team waste time searching for components that may not arrive anyway.
In this situation, printed electronics is not just a curiosity – it’s a real alternative to the old way of making electronics. This technology lets you automate the production of HMI and sensor components – no need to hire more workers, no need to invest in SMT lines, no worries about buttons, cables or connectors. You get ready-to-use control, touch or sensor layers – just stick them in place and add power.
At LC Elektronik, we follow the Industry 4.0 path: design → file → prototype → production. We work with design and tech teams, not just purchasing. For you, that means less stress, faster implementation and more control – because everything happens here in Poland, not on the other side of the world.
Traditional electronics vs. functional printing – the difference
Classic electronics means many steps: PCB design, sourcing components, SMT assembly, soldering, testing, final assembly. Every step needs people. Every step adds cost, delay risks, and complexity. If one part is late or an operator is sick, the whole project can be delayed for weeks. As CEO, you must explain delays to customers, sales, and your board.
Functional printing puts all these steps into one. Conductive paths, sensors, and the user interface are all printed in one flexible layer. No connectors, no cables, no soldering. It’s like printing a magazine – but instead of ink, we use silver, carbon, or dielectric ink. Instead of PCBs, we use flexible film that can bend and fit anywhere. The result? A ready-to-use part in 2–4 weeks. No delays, no parts storage, no outside assembly.
That’s what we do at LC Elektronik. For clients in furniture, automation, HVAC, sports, medical and wearable industries, we deliver printed sensors, touch mats, and control panels – with no assembly needed. No soldering team, no testing hall – just open the box, stick it to the product, plug in power, and it works. We support the full process – choosing inks, selecting substrates, and testing performance. All done locally, with no waiting for parts from Asia.
Case study: desks and chairs that build themselves
We worked with an ergonomic desk company. They wanted a modern touch control panel, but had no workers to build it. A traditional solution would use a PCB, buttons, connectors – at least 7 parts to assemble, solder, and test. That meant delays, costs, and risks. For a small production run, it just didn’t make sense.
We designed a printed touch sensor with built-in signal paths and graphics. All on one PET film, ready to install in the desk. No soldering, no connectors – just stick it and plug it in. Assembly time went from 120 minutes to 10. Components dropped from 7 to 1. Mounting errors? Nearly zero.
The same happened with a massage chair company. Their focus was also on looks – no visible screws or buttons, premium design. With printed electronics, we gave them an all-in-one solution. All logic and control were hidden in the printed layer. The whole design took 3 weeks, and they showed the working prototype at an international trade show – with no need for an assembly line.
What do you gain by skipping soldering?
Faster – prototypes and pre-series in 2–4 weeks, no waiting for parts or SMT queues. We can start after your file is approved. That means shorter time-to-market, and real competitive edge in tenders or client meetings.
More flexible – you can start with 1 unit, no tools or mold costs. Test, iterate and build like the market does today – fast and agile. This gives you freedom to innovate without big budget risks.
More reliable – fewer parts, fewer mistakes, fewer workers needed. One integrated printed layer – no loose wires, no cold solder joints. We test every component before it reaches the client: resistance, button function, looks, tolerances.
More modern – Design 2.0 means beauty and smart tech. No wires, no screws, no compromises. Your product can be thinner, lighter and easier to use. The interface blends into the surface, with touch and lighting built in. That impresses both your customers – and your CFO.
But does it work? Is it worth it?
Yes – and it’s already working today. Printed electronics is not just lab tech. It’s tested and used in real industry. In automotive, big brands use printed sensors and HMI panels to reduce weight and increase reliability. In home appliances, more makers replace buttons with thin, printed panels. And in medical and sports sectors? Printed biosensors, pressure pads, smart textiles – all real, all happening now.
Companies like Tacterion, Quad Industries and Holst Centre publish real durability data – showing tens of thousands of bending cycles, working in -20 to +85°C, and keeping electric properties even in high humidity.
At LC Elektronik, we go even further. We test every component in repeatable conditions – checking resistance, print quality, humidity performance (up to 95%), UV tests, and 10,000 bending cycles. If something can fail – we find it first. So you get parts that passed both lab and real-world testing.
Cost?
In many cases, printed electronics is cheaper – even from 100–200 units. You save on parts, soldering, cables, and testing. No training. No assembly line setup. And time? That’s our biggest win – we don’t need workers, just your file. Approve it today, get a working prototype in two weeks.
Want to see how it works?
Book a 20-minute meeting with the LC Elektronik team. Instead of guessing from sales brochures – let’s talk about your product, your challenge, and what barriers you want to remove. We won’t push a solution. First we ask: is this really right for your business?
We’ll show you our Polish production site, how we test components, and what you get in the final package. If it fits – we’ll build a prototype in 2 weeks. If not – give us feedback and we won’t waste your time. Either way, you win – with clarity and a new perspective.