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Electronics development that considers function, EMC and series production together from the start.
We don't develop hardware in isolation, but along the requirements that later matter on the test bench, in production and in the overall system — and we test EMC in our in-house lab.
- Circuit design
- EMC-compliant PCB layout
- In-house assembly line
- Transfer to series / DFM
- Functional safety / ASPICE
Hardware that holds up in the real system.
Circuit design & PCB layout
EMC-compliant, production-oriented and aligned with the overall system.
Learn more PrototypingPrototypes & in-house assembly
Build functional samples in-house and validate them early in our own lab.
Learn more SeriesTransfer to series production & DfM
Manufacturing-ready design so the series ramp-up doesn't become a risk.
Learn moreEMC-compliant PCB design — and tested in the lab right away.
SAMD combines EMC-compliant design with development-accompanying measurement in our own lab: we develop EMC-compliant designs and verify their effect in our own fully-anechoic chamber.
Fewer additional layout and prototype iterations, more planning certainty for the start of series production.
Coupling design and measurement finds problems while they are still cheap to fix.
In-depth expertise when it matters.
PCB layout & printed circuit board development
EMC-compliant layout with layer stackup, impedance control and production-ready data.
Learn more EnergyBattery management systems (BMS)
Cell monitoring, balancing, SoC/SoH estimation and protection functions — hardware, software and EMC from a single source.
Learn morePrototypes and validation in-house.
From layout to working sample: we build prototypes and small series in-house. This lets us verify development steps early, implement changes directly and make technical risks visible before they move into the next project phase.
- In-house assembly line
- Reflow soldering process
- Prototypes and small series
- Functional testing and validation
Measure before it gets expensive.
Beyond the EMC perspective, we also test hardware functionally and systematically. Depending on the task, this includes electrical measurements, insulation tests and the analysis of signals and interfaces. That turns a sample into a reliable development stage.
Equipment incl.
- Oscilloscope
- Multimeter
- Insulation tester
- further test equipment as required
Frequently asked questions.
Do you build prototypes yourselves?
Do you also take on just the PCB layout?
Do you also support the transfer to series production?
Which industries do you develop for?
What does an EMC pre-test before series release mean?
Related services.
Building, measuring and evolving prototypes.
We don't just develop the circuit and layout — we also build functional samples in-house. Our own assembly, reflow process and measurement equipment shorten the paths between design, build and validation. This lets us verify technical assumptions early, speed up iterations and prepare prototypes specifically for the next development step.
In-house assembly
From layout to a populated functional sample quickly — without the detour via external service providers.
Reflow process
Reproducible soldering for dependable prototypes and fast iterations.
Measurement equipment
Measure and validate directly: verify technical assumptions early instead of correcting late.
New hardware — or a board causing problems in series production?
We develop EMC-compliant designs and validate the result in our own lab.
Meine
Harbke
+49 1511 0988717
Harbke — Gesellschaftssitz & EMV-Labor mit Vollabsorberhalle · Am Glüsig 1C, 39365 Harbke
Meine — Technische Entwicklung (Elektronik & Embedded) · Peiner Straße 16, 38527 Meine
Mo–Fr 07:00–19:00 Uhr