PCB Reverse Engineering in Belgium — Full Remote Service
PCB reverse engineering in Belgium works as a fully remote engagement: you ship the physical board from Brussels, Antwerp, Ghent, or anywhere in the country, and our engineers return complete design files — Gerber, schematic, and BOM — typically within 5 to 8 working days. No local lab visit required. Every project runs under a signed NDA with tracked logistics from pickup to delivery of final files.
Why Belgian Companies Need PCB Reverse Engineering
Belgium hosts a dense ecosystem of industrial automation firms, medical-device developers, defense electronics contractors, and automotive-tier suppliers. Many of these organizations rely on legacy boards where the original manufacturer has disappeared or the design files were never transferred. Common triggers include:
- End-of-life components — a critical board runs a discontinued IC, and redesign requires the full schematic first.
- Supplier lock-in breakout — the contract manufacturer holds the Gerber files, and you need an independent copy of your own design.
- Failure analysis — field returns from industrial or automotive deployments require layer-by-layer inspection to isolate root cause.
- Second-source qualification — verifying that a replacement board matches the original at netlist level before approving a new CM.
Belgian export-control regulations (aligned with EU Dual-Use Regulation 2021/821) apply to certain categories. We confirm classification before starting work and flag any items that need an export license.
How the Remote Workflow Operates from Belgium
Step 1 — Board Submission
Pack the PCB in an anti-static bag inside a rigid box. Ship via DHL Express or FedEx International Priority from Belgium — transit to our facility averages 3–4 business days. We provide a customs-friendly commercial invoice template so your shipment clears without delay. Declared value should match the replacement cost of the board, not the reverse-engineering fee.
Step 2 — Intake & Feasibility Assessment
Within 24 hours of receiving the board, we photograph every layer side, log physical dimensions (±0.05 mm), count layers via edge inspection or micro-sectioning, and issue a feasibility report. This report includes estimated turnaround, price, and any constraints — for example, if a BGA has corroded pads that limit netlist extraction confidence.
Step 3 — Layer Imaging & Extraction
Boards are scanned at 1200 DPI minimum. For multilayer designs (4–16+ layers), we use chemical de-lamination and sequential imaging. Trace/space resolution down to 3 mil (0.076 mm) is standard; HDI boards with 2 mil features require additional micro-photography passes. Blind and buried vias are mapped individually and cross-referenced across layers.
Step 4 — Schematic & Netlist Reconstruction
Our engineers reconstruct the schematic from the extracted netlist, grouping by functional block — power supply, signal processing, communication interfaces, and I/O. Component values are verified against markings and, where necessary, measured in-circuit. The result is a human-readable schematic in Altium, KiCad, or OrCAD format — your choice.
Step 5 — File Delivery & Review
Final deliverables are uploaded to a secure portal. You review, request revisions (one round included), and approve. The physical board is returned to your Belgian address via the same courier, insured.
What Files Do You Receive?
| Deliverable | Format | Details |
|---|---|---|
| Gerber files | RS-274X / Gerber X2 | All copper layers, solder mask, silkscreen, drill files |
| Schematic | .SchDoc / .kicad_sch / .dsn | Functional block grouping, net names, reference designators |
| BOM | Excel / CSV | Manufacturer part numbers, package type, value, quantity |
| Pick-and-place | CSV | X/Y coordinates, rotation, side — ready for SMT line |
| Board outline | DXF / STEP | Mechanical outline with mounting holes, keepouts |
| Netlist | IPC-D-356A | For bare-board electrical test verification |
Shipping & Customs Tips for Belgium
Belgium’s central position in the EU simplifies logistics, but a few details matter:
- HS code — use 8534.00 (printed circuits) for the board itself. If you ship a populated assembly, 8543.70 (electrical machines, not elsewhere specified) may apply.
- VAT — reverse-engineering is a service, not an import of goods for resale. The board ships out and returns. Declare it as “goods for repair/analysis, to be re-exported” to avoid import VAT on the board’s declared value.
- Transit time — DHL Express from Brussels typically delivers in 3 days; economy options take 5–7 days. We recommend Express to minimize project lead time.
- Insurance — for boards valued above €500, add carrier insurance. We carry facility insurance covering boards in our possession up to $10,000 per unit.
Engineers across neighboring EU countries use the same corridor. Our clients in Austria follow an identical DHL-based workflow, and teams in the Czech Republic ship through the same EU customs framework with no additional paperwork.
Typical Turnaround & Pricing Ranges
| Board Complexity | Layer Count | Turnaround | Starting Price (USD) |
|---|---|---|---|
| Simple consumer | 1–2 layers | 5 working days | $350 |
| Mid-range industrial | 4–6 layers | 7 working days | $800 |
| Complex telecom / automotive | 8–12 layers | 10–12 working days | $1,800 |
| HDI / high-density server | 14–20+ layers | 15–20 working days | $3,500+ |
Prices depend on board area, component density (BGA count matters), and whether firmware readout is requested. We quote a fixed price after the feasibility assessment — no hourly billing surprises.
Constraints & Honest Limitations
Not every project produces a perfect result. Transparency upfront saves time:
- Damaged boards — if copper layers are burned, delaminated, or corroded beyond imaging, certain net connections may be inferred but not guaranteed. We flag confidence levels per net.
- Potted or conformal-coated assemblies — removing potting compound adds 1–3 days and risks component damage. We photograph before and after.
- Firmware-locked MCUs — readout is only performed with proof of ownership or written authorization. Belgian clients working on their own legacy designs should prepare a declaration of ownership. See our trust and authorization policy for details.
- Impedance-controlled stackups — we reconstruct the physical stackup, but without the original laminate spec, impedance values are calculated estimates (±5–8 Ω on a 50 Ω target) rather than guaranteed matches.
Who in Belgium Uses This Service?
Our Belgian client base clusters in three sectors. Industrial automation firms in the Flanders corridor recovering control boards from machines that predate digital archives. Medical-device companies in the Wallonia biotech belt needing schematic recovery for regulatory re-submission (MDR compliance requires full technical files). And defense/aerospace subcontractors maintaining fielded systems where the OEM no longer supports the electronics.
Similar demand patterns exist across Europe — engineers in Romania and Greece face the same legacy-board challenges and use our remote service with equivalent turnaround.
NDA & IP Protection
Every project begins with a mutual NDA. Files are stored on encrypted servers, access-logged, and purged 90 days after delivery unless you request extended retention. We never re-use, publish, or share client board data. Belgian clients operating under ITAR-adjacent or EU defense procurement rules can request additional data-handling provisions before project start.
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 reviewCan I ship a populated PCB from Belgium without special permits?
Yes, for most commercial and industrial electronics. Use HS code 8534.00 for bare boards or 8543.70 for populated assemblies. Declare the shipment as “goods for technical analysis, to be re-exported.” Dual-use items under EU Regulation 2021/821 may need an export license — check with Belgian customs (FOD Economie) if your board contains military-grade components.
How accurate is the reverse-engineered Gerber compared to the original?
For boards in good physical condition, our Gerber output matches the original copper geometry within ±0.05 mm (2 mil). Drill locations are accurate to ±0.03 mm. Netlist correctness is verified against the physical board with continuity testing. Boards with heavy corrosion or missing sections carry documented confidence flags per affected net.
Do you support KiCad and Altium output for Belgian engineering teams?
Yes. We deliver in Altium Designer (.PcbDoc, .SchDoc), KiCad 7/8 (.kicad_pcb, .kicad_sch), OrCAD/Allegro, and standard Gerber. Specify your preferred EDA tool when submitting the project, and we match the output format exactly.
What if my board has a BGA with no exposed pads — can you still extract the netlist?
BGAs without exposed pads require X-ray imaging to map ball connections before de-soldering. We use micro-focus X-ray at 5 µm resolution to capture the pad-to-ball map, then cross-reference during layer extraction. Success rate on standard 0.8 mm and 1.0 mm pitch BGAs exceeds 98%. Fine-pitch 0.4 mm BGAs carry a small risk of ambiguous connections, which we document.
Is PCB reverse engineering legal in Belgium?
Reverse engineering your own hardware — or hardware you are authorized to analyze — is legal under Belgian and EU law. The EU Directive 2009/24/EC permits reverse engineering for interoperability. We require proof of ownership or written authorization before starting any project, and every engagement is covered by NDA. We do not assist with copying third-party protected IP without authorization.
Belgian engineers working with neighboring markets can also explore our services for PCB copy projects shipping from Paris and board duplication from Berlin — both use the same EU shipping corridor with comparable transit times.
Working 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.
Get a free quote