PCB Reverse Engineering in Portugal — Complete Remote Service
PCB reverse engineering in Portugal is available through a fully remote, NDA-protected workflow. You ship your physical board from anywhere in Portugal — Lisbon, Porto, Braga, Coimbra, or the Azores — and our engineering team returns production-ready Gerber files, a netlist-verified schematic, and a cross-referenced bill of materials. Typical turnaround is 5–8 working days for boards up to 6 layers, with express options for urgent production timelines.
Why Portugal-Based Companies Need This Service

Portugal’s electronics sector spans automotive tier-2 suppliers, industrial automation integrators, and a growing startup ecosystem around IoT and energy management. Many of these companies face a common problem: legacy boards with no surviving design files. The original designer left, the contract manufacturer closed, or the OEM simply never shared the source data.
Local PCB fabrication houses in Portugal can produce boards — but they need Gerber data to do it. Without files, you’re stuck. Reverse engineering bridges that gap by extracting every copper layer, drill file, and component placement from the physical board itself.
Common scenarios we handle for Portuguese clients:
- End-of-life redesign — a factory control board from the 1990s needs to be replicated because the supplier no longer exists.
- Second-source qualification — you need to verify a contract manufacturer’s output against your original design intent.
- Component obsolescence — extracting the schematic lets your engineers substitute discontinued ICs with pin-compatible alternatives.
- Startup IP documentation — a working prototype exists but was hand-routed without proper design files; you need clean Gerbers for volume production.
What Do You Get Back? Deliverable Formats
| Deliverable | Format | What It Contains |
|---|---|---|
| Gerber files | RS-274X / Gerber X2 | All copper layers, solder mask, silkscreen, paste stencil, board outline |
| Drill file | Excellon | Through-hole, blind, buried via positions and diameters |
| Schematic | PDF + editable (Altium / KiCad / OrCAD) | Netlist-verified circuit with component values and designators |
| BOM | Excel / CSV | Manufacturer part numbers, package types, quantities, alternates where identified |
| Pick-and-place | CSV / ASCII | X-Y centroid data for automated assembly |
| Stackup report | Layer order, dielectric thickness, copper weight (measured via cross-section when needed) |
Every file set is checked against the physical board before delivery. We run a design-rule check (DRC) on the Gerber output and a netlist comparison between schematic and layout to catch discrepancies before they reach your fab house.
How the Remote Workflow Operates from Portugal
Step 1 — Initial Assessment
Send us clear photos of both sides of the board plus any known specs (layer count, board dimensions, connector types). We return a feasibility assessment and quote within one business day. For boards with BGA packages or blind vias, we may request the physical sample before quoting precisely.
Step 2 — Shipping
Ship the board via DHL, FedEx, or UPS from Portugal. Transit to our facility typically takes 2–3 business days. We recommend declaring the item as “electronic circuit board sample — no commercial value” to minimize customs friction. Portugal’s EU membership means standard export documentation applies; no special export license is needed for commercial PCB samples.
Step 3 — Imaging & Layer Extraction
Our lab uses high-resolution optical scanning (up to 2400 DPI) combined with X-ray inspection for inner-layer capture on multilayer boards. For 8+ layer designs, we perform controlled chemical de-lamination to expose each copper plane individually. Trace/space accuracy is within ±0.5 mil (0.0127 mm) for standard FR-4 boards.
Step 4 — Schematic Recovery & BOM Generation
Engineers trace the netlist from the extracted layout, identify every component by markings and package measurements, and reconstruct the schematic with logical block grouping — power supply, signal processing, I/O, etc. Component values for passives are verified with an LCR meter when markings are ambiguous.
Step 5 — Review & Delivery
You receive the complete file package via secure download. We walk through any questions on a video call (scheduled to Lisbon time, WET/WEST — we overlap comfortably with your business hours). Revisions based on your review are included at no extra charge within 10 days of delivery.
What Boards Can — and Cannot — Be Reverse Engineered?
| Board Characteristic | Feasibility | Notes |
|---|---|---|
| 1–4 layer FR-4 | Straightforward | Most common; 5–7 day turnaround |
| 6–8 layer FR-4 | Standard | Requires X-ray; 7–10 days |
| 10–16 layer HDI | Complex | Sequential lamination, microvias; 10–15 days |
| Rigid-flex | Case-by-case | Flex zones add imaging complexity |
| Ceramic / LTCC substrate | Limited | De-lamination not always possible; X-ray-only approach |
| Heavily potted or conformal-coated | Possible with prep | Coating removal adds 1–2 days |
| Burned / physically damaged | Partial | Missing copper areas may require interpolation; we flag every assumption |
We are transparent about limits. If a board section is too damaged to reconstruct reliably, we document the gap and flag it in the deliverables rather than guessing.
Pricing Signals for Portugal-Based Projects

Exact pricing depends on layer count, board size, and component density. As a rough guide:
- 2-layer board, ≤100 components: starting around $350–$600 USD
- 4-layer board, 150–300 components: typically $800–$1,500 USD
- 6–8 layer board, 300+ components: $1,800–$3,500 USD
- 10+ layer HDI: quoted individually after X-ray assessment
These ranges include Gerber, schematic, BOM, and pick-and-place. Shipping costs from Portugal are on the client; return shipping of the board is included in the project fee.
How Does This Compare to Local Options?
Portugal has capable electronics design consultancies, particularly in Lisbon and Porto. However, dedicated PCB reverse engineering requires specialized imaging equipment — high-resolution scanners, X-ray systems, and controlled de-lamination setups — that most design houses don’t maintain. Outsourcing to a specialist lab that processes hundreds of boards annually means faster turnaround, tighter accuracy, and lower cost than building the capability in-house.
If you’re evaluating options, engineers across southern and eastern Europe face similar constraints. Our clients in Greece and Hungary use the same remote workflow with comparable shipping times. Teams in Ukraine and other markets have validated the process on complex multilayer boards as well.
Intellectual Property and NDA Protection
Every project is executed under a mutual NDA signed before any board ships. We do not retain design files after project closure (default 90-day archive, then permanent deletion, adjustable by contract). We do not share, resell, or reuse any extracted data.
Portuguese companies operating under EU GDPR and trade-secret directives can request our NDA template in advance for legal review. We accommodate client-supplied NDAs as well.
Serving the Broader European and Global Network
Our facility handles boards from across Europe and beyond. Whether you’re coordinating production between a Lisbon design office and a Milan-based assembly partner, or managing supply chains that extend to North Africa and the Middle East, we integrate into your existing logistics. One board in, complete files out — same process, same standards.
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 reviewHow long does PCB reverse engineering take for a board shipped from Portugal?
Shipping from Portugal to our facility takes 2–3 business days via express courier. Engineering work runs 5–8 working days for boards up to 6 layers, or 10–15 days for complex HDI designs. Total door-to-door turnaround for a typical 4-layer board is approximately 10–12 business days.
Do I need to send the original board, or can you work from photos?
For single- and double-layer boards with clearly visible traces, high-resolution photos (1200+ DPI scan) can sometimes suffice. For anything with inner layers — 4 layers and above — we need the physical board for X-ray imaging and potential de-lamination. Sending the board always produces more accurate results.
Can you recover firmware from ICs on the board?
Firmware extraction is a separate service that depends on the specific microcontroller and its protection level. We assess feasibility on a case-by-case basis and require proof of IP ownership or authorized access before proceeding. Contact us with the chip marking for a feasibility check.
What if my board is damaged or missing components?
Damaged boards are workable as long as the copper layers are mostly intact. Missing components can be identified by pad geometry, silkscreen markings, and circuit context. We flag every assumption in the deliverables so your engineers can verify before production.
Is there an export restriction on shipping PCBs from Portugal?
Standard commercial and prototype PCBs are not export-controlled under EU dual-use regulations. Military or defense-classified boards may require an export license. For typical industrial, consumer, or IoT boards, standard courier shipping with a commercial invoice is sufficient.
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