PCB Reverse Engineering for Engineers and Manufacturers in Poland
PCB reverse engineering in Poland follows a straightforward remote workflow: you ship your physical board from Warsaw, Kraków, Wrocław, or any Polish city via DHL or FedEx, and our engineering team returns production-ready Gerber files, a complete schematic, and a verified bill of materials. Typical door-to-door turnaround — including shipping both ways — runs 7–12 working days for boards up to 8 layers. No local lab visit is required, and every project is covered by a mutual NDA before work begins.
Why Polish Companies Need Remote PCB Reverse Engineering
Poland’s electronics sector has grown rapidly, with contract manufacturers in Łódź, Gdańsk, and the Wrocław tech corridor producing boards for automotive, industrial control, and telecom OEMs across Europe. Yet legacy hardware still drives a large share of service requests we receive from Polish clients. Common scenarios include:
- Discontinued controllers — a factory-automation PLC from the early 2000s with no surviving design data and an OEM that no longer exists.
- End-of-life component substitution — the original BOM references parts delisted by distributors; reverse engineering the schematic lets a Polish design house re-spin the layout around available components.
- Second-source qualification — a Polish EMS provider needs Gerber data to quote a re-manufacture for a client who lost the original files.
- Failure analysis support — extracting the netlist and stackup of a failed board so a reliability team in Kraków can run root-cause simulation.
Local Polish PCB labs tend to focus on fabrication and assembly rather than reverse engineering. Sending a board to a dedicated RE facility with X-ray micro-CT, cross-sectioning equipment, and experienced layout engineers is faster and more accurate than improvising with a multimeter and patience.
What You Receive: Deliverable Formats and Tolerances
| Deliverable | Format | Accuracy Target |
|---|---|---|
| Gerber / ODB++ files | RS-274X, Gerber X2, or ODB++ | Trace/space ±0.5 mil (≈0.013 mm) |
| Schematic | Altium .SchDoc, KiCad, OrCAD, or PDF | Full netlist-verified against physical board |
| Bill of Materials | Excel / CSV with MPN, value, package, designator | Cross-referenced to current distributor stock |
| Stackup report | PDF with dielectric thicknesses, copper weights | ±0.2 mil per layer after cross-section measurement |
| Pick-and-place data | CSV (centroid X/Y, rotation, side) | ±2 mil placement accuracy |
If you need files in a specific EDA format — for instance, your Wrocław design team works exclusively in Altium while a partner in Poznań uses KiCad — we deliver in both. No additional charge for format conversion on the same project.
How the Remote Workflow Operates from Poland
Step 1 — Initial Assessment (Day 0)
Email or upload photos of your board (top, bottom, and edge profile). We respond within one business day — accounting for the CET/CEST timezone overlap — with a preliminary quote, estimated turnaround, and a mutual NDA for signature.
Step 2 — Shipping from Poland (Days 1–3)
Pack the board in antistatic foam inside a rigid box. DHL Express from Warsaw typically delivers to our facility in 2–3 business days. Declare as “electronic circuit board sample, no commercial value” to simplify customs. We can supply a DHL account number for prepaid return shipping if needed.
Step 3 — Engineering Analysis (Days 4–9)
Our process depends on layer count and complexity:
- 1–4 layer boards: high-resolution optical scanning at 4800 DPI per layer, followed by CAD reconstruction. Typical cycle: 3–5 working days.
- 6–8 layer boards: X-ray micro-CT imaging to capture inner-layer routing, then manual verification of vias and planes. Typical cycle: 5–8 working days.
- 10–16+ layer HDI boards: CT scan plus selective cross-sectioning for via microstructure (stacked, staggered, or through-hole). Typical cycle: 8–15 working days. Impedance-controlled traces are measured and documented.
Step 4 — Verification and Delivery (Day 10+)
Netlist comparison, DRC, and — where the client provides a working sample — powered-on functional spot checks. Files are delivered via encrypted link. The physical board is returned to your Polish address by express courier, or held for a follow-up project at your request.
Shipping and Customs Notes Specific to Poland
Poland is an EU member state, which simplifies customs for intra-EU and many international shipments. Key details Polish clients should know:
- HS code: 8534.00 — printed circuits. Duty rate for boards entering from non-EU origins is typically 0% under ITA (Information Technology Agreement).
- VAT: Polish VAT (23%) applies on import of goods; however, B2B reverse-engineering services invoiced as a service export may be zero-rated under EU VAT reverse-charge rules. Confirm with your księgowy (accountant).
- Dangerous goods: boards with lithium batteries soldered on must ship under IATA DG regulations (Section II, PI 967). Remove batteries before shipping when possible.
- Return shipping: we return boards with a commercial invoice referencing the original import, marked “return of sample after analysis — no commercial value.” Polish customs rarely delays these.
Pricing Guidance for Polish Projects
We do not publish fixed prices because complexity varies enormously, but the following ranges give Polish buyers a realistic budgeting baseline:
| Board Class | Layers | Typical Price Range (USD) | Turnaround |
|---|---|---|---|
| Simple consumer / IoT | 1–2 | $300 – $600 | 3–5 days |
| Industrial controller | 4 | $600 – $1,200 | 5–7 days |
| Telecom / automotive | 6–8 | $1,200 – $2,500 | 7–10 days |
| HDI / high-density server | 10–16+ | $2,500 – $5,000+ | 10–15 days |
Prices include Gerber, schematic, BOM, and stackup report. Firmware readout or IC decryption, when authorized, is quoted separately based on the specific microcontroller family.
Common Board Types We Receive from Poland
Based on projects shipped from Polish addresses over the past three years, the most frequent board categories are:
- Automotive ECUs — 4–6 layer boards from tier-1 suppliers operating near Katowice and Tychy, often with conformal coating that must be chemically removed before scanning.
- Industrial PLC modules — legacy Siemens S5-era and early S7 boards, typically 4 layers with through-hole components, sourced from factories in Silesia and Greater Poland.
- LED driver boards — 2-layer aluminum-substrate MCPCBs from lighting manufacturers in the Łódź region.
- RF front-end modules — 6–8 layer Rogers/FR-4 hybrid stackups from telecom R&D labs in Warsaw and Gdańsk.
How Does PCB Reverse Engineering in Poland Compare to Nearby Markets?
Engineers in Central and Eastern Europe often weigh local versus remote options. The remote model we operate removes geography as a constraint — a board shipped from Budapest in Hungary or Bucharest in Romania follows the same DHL-based pipeline as one from Warsaw. Turnaround and pricing are identical because the bottleneck is engineering hours, not location.
Clients across Northern and Western Europe — including those using our Sweden-based reverse engineering service and Belgium workflow — confirm that shipping adds only 2–3 days versus a hypothetical local lab, while the specialized equipment (micro-CT, laser decap) would cost those labs millions of euros to acquire.
Intellectual Property and Legal Framework
Polish IP law aligns with EU Directive 2004/48/EC on IP enforcement. Reverse engineering for interoperability, maintenance, or recovery of your own designs is broadly permitted under Polish and EU law. We require clients to confirm ownership or authorized access to the board before work begins. Every project is executed under a mutual NDA, and we do not retain design files beyond the agreed delivery period unless the client requests archival.
For projects involving IC decryption or firmware readout, we require written proof of authorization — a purchase invoice, a declaration of design ownership, or a letter from the IP holder. This protects both parties and aligns with responsible engineering practice.
Frequently Asked Questions
Can I ship a board from Poland without removing components first?
Yes. Ship the board fully assembled. Our process begins with non-destructive X-ray and optical imaging. Component removal, when needed for inner-layer access, is performed in-house with controlled desoldering to preserve part markings for BOM identification.
How do you handle boards with conformal coating or potting compound?
Conformal coatings (acrylic, silicone, polyurethane) are chemically stripped in controlled baths before scanning. Potted assemblies require mechanical or thermal removal of the compound, which adds 1–2 working days and a small surcharge (typically $50–$150). We document the potting removal process in case you need to re-pot the board later.
What if my board is damaged or partially burned?
We can still reverse engineer damaged boards as long as the copper traces are recoverable. Burned areas are cross-referenced against intact routing on other layers. Accuracy may be reduced in severely carbonized zones — we flag these in the deliverable and note assumptions made during reconstruction.
Do you offer ongoing support after file delivery?
Yes. If your Polish manufacturing partner finds a discrepancy during prototyping, we review the specific area at no charge within 30 days of delivery. Beyond that window, revisions are billed at an hourly engineering rate.
Is an in-person meeting in Poland possible?
Our service is fully remote by design, which keeps costs low and turnaround fast. For large-volume or long-term engagements, we can arrange a video conference to walk through deliverables and answer technical questions in real time.
Start Your Project from Poland
If you have a board that needs reverse engineering — whether it is a legacy industrial controller from a Silesian factory or a prototype RF module from a Warsaw lab — the next step is simple. Send us clear photos and a brief description. We return a quote, turnaround estimate, and NDA within one business day. Engineers across Greece and Portugal to Southeast Asia use the same proven pipeline. Your board’s complexity determines the timeline — not your postal code.
Check feasibility for your project
Send the chip marking or board details and tell us what you need to recover. Add clear photos if available.
Request a feasibility reviewWorking on a board like this?
Send the chip marking or two photos. You get feasibility, lead time and price within 24 hours, and the check costs nothing.
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