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Taking on new projects

From schematic to a working device.

We design electronics, write firmware and build prototypes for R&D teams, startups, small businesses and individual clients. All in one place — no hand-offs between contractors.

Documented projects
10
Areas of expertise
4
Response time
24 h
DoIP development board designed at PW-LAB — STM32 and KSZ8863RLL Ethernet switch
MCU STM32 · PHY KSZ8863RLL

Industries we work with

  • Automotive
  • Medical
  • Industrial automation
  • Research

Services

The whole product, one team.

Electronics, firmware and enclosure designed together — nothing lost between contractors.

Our work

Problem, solution, working hardware.

All projects
IMU sensor PCB 10×15 mm next to a ruler — IMU chip, resistors and mounting holes visible

Medical

Miniature IMU sensor for gait analysis

Challenge
Off-the-shelf sensors were too large and too thick — every extra millimetre distorts the natural gait pattern.
Solution
A 10×15 mm board, 0.8 mm thick, with an SPI interface, enclosed in a 3D-printed housing.
  • 10×15 mm
  • 0.8 mm
  • SPI
  • 3D print
Read the project story: Miniature IMU sensor for gait analysis
Monitor1-Channel v1 card — 3D PCB render with LT3086 regulator and PIC24FJ256GL405 microcontroller

Automotive · Medical

Monitor1-Channel — 16-channel test system

Challenge
Test benches need predictable power and reliable measurements across many parallel channels.
Solution
16 modular cards, each with an LT3086 regulator and a PIC24 microcontroller, communicating over a custom UART protocol.
  • 16 channels
  • LT3086
  • PIC24
  • UART
Read the project story: Monitor1-Channel — 16-channel test system
Closed controller enclosure with a mains switch and four IEC C13 outlets

Industrial automation

4× SSR power controller with IEC outlets

Challenge
Project after project needed remote switching of 230 V power for several devices — driven from a Raspberry Pi, a PLC or a microcontroller.
Solution
Four independent IEC C13 outputs switched by solid-state relays, an EMI filter and a built-in 5 V supply. Controlled by a plain logic signal.
  • 4× SSR
  • 230 V
  • IEC C13
  • EMI filter
Read the project story: 4× SSR power controller with IEC outlets

Process

Predictable, step by step.

At every stage you know what is being built and when it will be ready.

  1. 01

    Consultation

    We discuss requirements, constraints and timeline. We reply within one business day.

  2. 02

    Design

    Schematic, PCB, firmware and enclosure — with a review after each stage.

  3. 03

    Prototype

    Assembly, bring-up and measurements. We iterate until the device meets the spec.

  4. 04

    Handover

    Documentation, production files and support with a small batch.

Workshop

Tools and technologies.

Electronics

  • STM32 · ESP32 · PIC24
  • Ethernet · CAN · SPI · UART
  • BLE · LoRa · RF 933 MHz
  • Test & measurement

Software

  • C (embedded)
  • C# .NET
  • Python
  • Android / Java

Manufacturing

  • FDM · SLA
  • UL94-V0 · ISO 10993
  • 10 W laser · CNC
  • Fusion 360 · SolidWorks

FAQ

Frequently asked questions.

Do you work with individuals or only with companies?

Both — from a single prototype for an individual client to small batches for companies and research teams.

Can I outsource just part of a project?

Yes. We can design just the PCB, write firmware for existing hardware, or print an enclosure for finished electronics.

How much does a project cost?

It depends on scope and complexity. After a short conversation about your requirements, we will prepare a quote tailored to the project.

What materials do you print in?

We print with FDM and SLA, including flame-retardant (UL94-V0), biocompatible (ISO 10993), flexible and high-temperature materials.

Contact

Tell us about your project.

We reply within one business day. Prefer to talk? Call or email us directly.

What do you need?

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