Give your designs new freedom with flexible printed layouts. Ideal for devices with custom shapes and requirements.

Enhance the functionality of your products with our precision sensors. They offer reliable performance in the most demanding applications.

Ensure comfort and energy efficiency with our heating mats. They are easy to integrate and perfect for a variety of applications.

We offer medical sensor printing essential for modern diagnostic and monitoring devices. We use biocompatible materials and precision printing technologies to create sensors that monitor vital signs such as heart rate, temperature and physical activity. Benefits: Patient safety We use materials that comply with medical standards. This translates into a lower risk of allergic reactions and irritation, which directly improves patient comfort and safety, especially during long-term monitoring. High sensitivity and accuracy of sensors Extremely sensitive sensors not only ensure rapid detection of even the smallest changes in vital signs, but also increase the reliability of diagnostic devices. This allows doctors to make better clinical decisions based on reliable data. Flexibility and comfort Thin and flexible sensors are comfortable for the user.

Discover new ways to control and interact with your devices with variable resistance pads. We customize them to your specific needs.

We support you in developing new products and technologies, offering full R&D support. Together, we can push the boundaries of what’s possible with innovations that will set your company apart in the marketplace. Our R&D team is ready to work with you at every stage of your project, from concept to implementation.

We support you in developing new products and technologies with full R&D support. Together we can push the boundaries of what’s possible with innovations that will differentiate your company in the marketplace. Our R&D team is ready to collaborate at every stage of your project, from concept to implementation. Benefits:

We specialize in printing contact fields with adjustable resistance, which allows us to create interactive panels and touch sensors with varying sensitivity. Our technology makes it possible to precisely control the resistance in individual areas, which is crucial in applications such as game controllers, sensor mats and user interfaces. Benefits Executing ideas without compromise Our solutions enable the design of electronic circuits that can be adapted to the most unusual and complex shapes, opening the door to innovative applications in a wide range of industries – from consumer electronics to medicine. This allows customers to realize their unique ideas without compromising on form or function. Durability and lower maintenance costs Thanks to advanced printing technologies, our conductive pathways retain their properties even under harsh conditions such as frequent bending, humidity and temperature fluctuations. This means long life and stable performance, resulting in higher equipment reliability and lower maintenance costs. Optimizing weight and space Our conductive paths on flexible substrates are not only extremely thin and lightweight, which is crucial for applications requiring minimization of component weight and thickness. This makes our products ideal for mobile devices, wearables and in applications where every millimeter and gram matters.

We offer printing of medical sensors essential for modern diagnostic and monitoring devices. We use biocompatible materials and precision printing technologies to create sensors that monitor vital signs such as heart rate, temperature and physical activity.

Benefits

Patient safety

We use materials that comply with medical standards. This translates into a lower risk of allergic reactions and irritation, which directly improves patient comfort and safety, especially during long-term monitoring.

High sensitivity and accuracy of sensors

Extremely sensitive sensors not only ensure rapid detection of even the smallest changes in vital signs, but also increase the reliability of diagnostic devices. This allows doctors to make better clinical decisions based on reliable data.

Flexibility and comfort

Thin and flexible sensors are comfortable for the user.

We offer printed heating mats and resistive heaters for various industries, from automotive to consumer electronics. Our heaters feature even heat distribution and the ability to customise heating power to meet specific needs.

Benefits

Energy efficiency

Precise resistance control ensures optimum energy consumption, resulting in significant savings and more efficient operation of heating systems.

Customisation

We can design our resistive heaters in any shape and size, allowing full integration into various projects – from automotive to consumer electronics.

Durability

We use high-quality materials to ensure long life and resistance to wear and tear, even in harsh operating conditions.

Even heat distribution

Our heating mats provide stable and even heat emission, eliminating the problem of hot spots and ensuring consistent comfort.

Flexible applications

Can be used in various industries, from vehicle heating systems to consumer electronics components, making our solutions versatile and easy to implement.

We offer printing with transparent conductive varnishes as an alternative to traditional ITO (indium tin oxide) films. Our solutions allow you to create transparent electrodes and conductive layers in touch panels, displays or intelligent windows.

Benefits

High transparency

Our conductive coatings provide excellent transparency, making them ideal for touch screens, displays and smart windows, where aesthetics and functionality must go hand in hand.

Substrate flexibility

The ability to print on flexible substrates gives you an advantage over traditional ITO films, which are rigid and limit the design of next-generation devices.

Cost optimisation

Our solutions reduce production costs by using less expensive materials, such as indium, used in ITO films, making conductive varnish printing more economical.

Better material availability

Compared to ITO films, transparent conductive varnishes are based on more readily available materials, eliminating the risk of raw material shortages.

Yes, our team of experts can help you at every stage—from concept to design to production.

The response time to an inquiry is a maximum of 24 hours. Turnaround time depends on the scale and complexity of the project, but we always strive to deliver products in the shortest possible time.

Absolutely yes. We respect the privacy and intellectual property of our clients. We can sign an NDA agreement upon request.

Our priority is your satisfaction. In the event of a complaint, we take corrective action immediately, in accordance with our quality procedures.

ISO 9001:2015

We are ISO 9001:2015 certified, which confirms our commitment to maintaining the highest quality standards in every aspect of our business.

REACH and RoHS compliance

Our products comply with REACH Regulation (EC) 1907/2006 and RoHS Directive 2 (EU) 2011/65/EU. We do not supply any products, chemicals or mixtures containing critical or hazardous substances by these regulations.

Social responsibility and occupational safety

We operate by SA8000 (SAI) and ISO 45001 guidelines, demonstrating our commitment to an ethical approach to business and concern for the safety and health of our employees.

Materials and responsible sources of raw materials:

Our products do not contain cobalt or mica as a raw material, ingredient or additive.

For products containing tantalum, tin, tungsten or gold (3TG), raw materials are sourced from sources specified by OECD guidelines, ensuring responsible sourcing of materials.

Often, builders send us a preliminary layout of the elements in a design. Our team of experts reviews these designs for:

The feasibility of routing the paths in the electrical system

We verify that the designed layout allows for efficient and reliable routing of paths, which is crucial for the device’s functionality.

Preserving safety margins

We ensure appropriate distances are maintained between components and from the edges of the keypad or circuit board. This minimizes the risk of short circuits and other electrical problems.

Putting the design into practice:

We verify that the design does not contain difficult-to-fabricate elements, such as overly fine printing or complex graphics, which can increase the risk of rejection during production and raise costs. In this way, we optimize the design together, resulting in a higher quality final product, reduced production costs and shorter time to market.

Yes, we always make a prototype for the customer. This key stage allows us to verify that what we have agreed with the customer actually meets his expectations.

The prototype is a form of assurance for both us and the customer, ensuring that the product is as intended before series production begins.

Prototyping is always included as a separate item in the quote. It consists of two components:

Implementation costs

Include the development of production and implementation documentation and preparation of connectors, templates and printing meshes.

As part of this stage, we also purchase dedicated materials, create unique ink formulas and prepare CAD/CAM programs for machines, stamping dies, dies and assembly templates.

Prototype consists of producing the first small batch of up to 10 pieces of the product. This allows us to practically test the product and make any adjustments before total production begins.

Making a prototype ensures that the final product will meet all quality and functional requirements, which translates into customer satisfaction and efficiency of the production process.

At LC Elektronik, we pay great attention to the selection of raw materials to ensure consistency, repeatability, and availability of our components. We have a stable base of proven suppliers, which we periodically evaluate, verifying their products, quality of service and timely delivery. As a result, we guarantee the high quality and reliability of our products.

We work with three categories of raw materials:

Basic raw materials

These are the key components regularly used in our production. It must pass rigorous quality tests to add a new raw material to this category. We conduct tests in prototype series and in larger production batches. We subject these raw materials to aging tests to verify their durability over time. Furthermore, we also perform endurance tests, such as simulations of several hundred thousand button presses, to ensure they meet the highest quality standards.

Alternative raw materials

These spare components can be used when needed. Although they have not fully passed our standard tests, they are available as an option in emergencies or when the specifics of an order require it. This allows us flexibility in deliveries and minimizes the risk of delays.

Design raw materials

These are specialized components ordered for a specific order or customer project. We select them in close cooperation with the customer to meet the unique technical and functional requirements of a particular project. This allows us to provide perfectly tailored solutions.

If you have additional questions about our raw materials or the selection process, please feel free to contact our team. We will be happy to provide detailed information and help you choose the best solutions for your project.

Normally, we handle the first three transactions on the basis of prepayment. Once the cooperation is established, we offer flexible payment terms to suit your needs.

Of course! You are welcome to visit our headquarters and see our processes. Please contact us in advance to arrange a visit. 

Maciej Flis
Business Development Manager
maciej.flis@lcelektronik.com