Together we will do great things!

LemonTech is a team united by a common passion for electronics, the search for new solutions, and the joy of striving for perfection.

Our Experience

For almost 20 years, we have been actively involved in designing electronic devices for a wide range of applications, including medical, industrial, military, and consumer electronics. In the field of device design, we have competencies in the following areas:

electrical schematics,
printed circuit board design,
ensuring signal integrity,
ensuring compliance with safety and EMC standards for the EU and USA,
testing and commissioning,
digital signal processing,
production implementation,
certification and product introduction to the market,
mechanical designs.

We effectively execute R&D projects for both Polish and international electronic companies. We collaborate with companies in various sectors, including railway electronics, medical devices, and industrial electronics

Our company specializes in designing devices for custom applications for fast digital systems and control-measurement systems.

We also specialize in digital signal processing, especially for medical signals such as EMG, MMG, EKG, as well as audio and ultrasonic signals.

Our Team

At LemonTech, we believe that the success of our company is the result of our team's collective effort.

Each of us brings unique skills and perspectives that enable us to create innovative solutions. We approach every project with passion, ensuring the highest quality of service and the satisfaction of our clients.

We believe in continuous development and improvement of our competencies, which allows us to meet even the most demanding challenges. We are proud of our work and the dedication we put into every aspect of LemonTech's operations.

Konrad

Jakub

Karol

Maksymilian

Daniel

How do we work with Clients?

Several steps to an excellent product!

Good morning!

Let's talk about your needs and ideas. You'll learn how we'll support your project, discuss design options, and possibilities.

Analysis and Quotation

We conduct a detailed analysis of your needs, and then provide a personalized quotation.

Design

We design electronic devices. We create schematics, PCB layouts, software and implement features based on gathered requirements.

Prototype and Testing

We create a prototype that allows for concept verification, accelerates the development of the final product, and minimizes the risk of costly corrections in later stages of development.

Production Start

We commence serial production, conducting X-Ray tests, functional testing (FCT), and AOI, creating high-quality products for our customers.

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Frequently Asked Questions

Here you will find the most commonly asked questions and their answers to better understand how we work with Clients.

What are the most important steps in the process of designing electronic devices?

The most important steps in the process of designing electronic devices are:

Requirement analysis and project specification.
Conceptual design, including electrical and block diagrams.
Printed Circuit Board (PCB) design.
Prototyping and testing.
Project optimization.

What are the basic rules regarding safety and regulations that should be considered when designing electronic devices?

Basic rules regarding safety and regulations are:

Compliance with electrical safety standards (e.g., CE, UL).
Providing galvanic isolation where required.
Implementing appropriate protections against surges and overheating.
Using materials and components that meet relevant standards.

What are the most common methods for testing and validating electronic device projects?

The most common methods for testing and validating electronic device projects are:

Functional tests.
Durability tests.
Electromagnetic Compatibility (EMC) tests.
Compliance testing with standards.

There are several tools and software used for designing electronic devices. Here are a few popular ones:

Altium Designer: This comprehensive PCB design software includes tools for schematics, PCB layout, simulation, and analysis.
Cadence Allegro: Another advanced PCB design tool offering a wide range of features including multi-layer PCB design, electrical simulations, and analysis.
OrCAD: A popular electronic design software package that includes tools for schematic capture, PCB layout, simulation, and analysis.
KiCad: This is a free and open-source PCB design software that offers a range of tools for schematic capture, PCB layout, and generating manufacturing files.
Eagle: Another popular PCB design tool offering both free and paid versions with varying levels of functionality.
MATLAB/Simulink: Tools for modeling and simulating dynamic systems, used for designing and analyzing electronic circuits.
LabVIEW: LabVIEW: A programming environment for measurements, control, and monitoring, which can be used in designing electronic devices, especially those requiring user interfaces.

Are there any special environmental resistance requirements for designed electronic devices?

Special requirements regarding environmental resistance:

Resistance to moisture, dust, vibrations, and temperature.
Compliance with standards for resistance to extreme conditions where required (e.g., MIL-STD for the defense industry).

What are the typical costs associated with designing electronic devices?

Typical costs associated with designing electronic devices:

Research and development costs.
Costs of materials and components.
Employment costs for engineering staff.
Testing and certification costs.
Costs associated with software and tools.

Can I receive technical support during the electronic device design process? If so, what support options are available?

Technical support during the design process:

Yes, there are many support options available, such as engineering consulting services, component manufacturer support, online forums, etc.

Are there ready-made solutions or modules that can facilitate the electronic device design process?

Ready-made solutions or modules facilitating the design process:

There are ready-made modules and integrated circuits, such as microcontrollers, sensors, or communication modules, that can be used in projects.

What are the key differences between prototyping and mass production of electronic devices?

Differences between prototyping and mass production:

Prototyping is a developmental phase where the design is tested and optimized. Mass production is a process of large-scale manufacturing that requires meeting quality standards and scalability. Prototyping often costs more per unit than mass production.

Why should you work with us?

A few steps to an excellent product!

You have access to current knowledge

and experienced engineers, without need to train your own or invest in expensive software for project creation and measurement instruments.

You optimize costs

for companies where electronics design is not a core business; the annual cost of employing an engineer is very high.

You have access to advanced measurement equipment

such as oscilloscopes, spectrum analyzers, VNAs, high-frequency generators, and EMC testers. We can precisely analyze data and test devices for electrical, radio, and electromagnetic compatibility.

We meet deadlines

We prioritize timeliness, allowing clients to boldly plan their business goals.

Close cooperation

with technical universities. We have access to academic knowledge and laboratories.

Comprehensive service

Our offer ensures a holistic approach to the client's needs, guaranteeing the fulfillment of every requirement. We focus on details and offer a wide range of solutions for comprehensive satisfaction.