PCB Reverse Engineering in Brazil: Full-Service Remote Recovery
PCB reverse engineering in Brazil follows a proven remote workflow: you ship one or two sample boards from São Paulo, Manaus, or any Brazilian city via DHL or FedEx, and our engineering team returns complete design files — Gerber data, schematic capture, and a verified bill of materials. The entire process runs under NDA, typically finishing within 5–8 working days for boards up to 8 layers. No local lab visit required; just a reliable courier and a clear project brief.
Why Brazilian Engineers Need Remote PCB Reverse Engineering
Brazil’s electronics manufacturing is concentrated in the Zona Franca de Manaus and the industrial corridor around Campinas, yet specialized reverse-engineering labs with cross-section analysis capability and X-ray micro-CT are rare domestically. Import substitution policies and high tariffs on finished goods mean many Brazilian OEMs must reproduce legacy boards locally — but recovering the design data is the bottleneck.
Common scenarios we handle for clients in Brazil:
- Legacy industrial controllers — original manufacturer discontinued the board; no design files exist.
- Automotive ECU repair support — Brazilian aftermarket shops need schematics for diagnostics on boards where OEM documentation is unavailable.
- Agricultural IoT devices — agritech startups iterating on imported reference designs that shipped without source files.
- Medical equipment maintenance — hospitals in Brazil operating imported imaging or monitoring gear past its supported lifecycle.
In each case, the fastest path to a production-ready file set is shipping the physical board to a facility with the right tooling, rather than waiting months for a domestic lab to tool up.
What You Receive: Deliverable File Formats
| Deliverable | Format | Detail Level |
|---|---|---|
| Gerber files (all layers) | RS-274X / Gerber X2 | Copper, mask, silk, drill, outline — fab-ready |
| Schematic capture | Altium .SchDoc / PDF / OrCAD | Hierarchical sheets, net names matched to PCB |
| Bill of Materials | Excel / CSV | MPN, package, value, designator, substitutes noted |
| Pick-and-place data | CSV (X, Y, rotation, side) | Machine-ready for SMT assembly |
| Stackup report | Layer thicknesses, dielectric constants, impedance notes |
All Gerber sets are verified against the physical board with a DRC pass before delivery. If your target EDA is KiCad or PADS, we can export to those formats on request.
How Shipping From Brazil Works
Customs and Export Considerations
Brazil’s Receita Federal classifies bare PCBs under NCM code 8534.00.00. Export of sample boards for analysis is straightforward when declared as “electronic samples for engineering evaluation, no commercial value” with a pro-forma invoice listing unit value. DHL Express from São Paulo or Guarulhos typically clears in 1–2 business days, with transit to our facility taking 3–5 days total.
Key shipping tips for Brazilian senders:
- Use anti-static bags and rigid cardboard — boards with BGA components are vulnerable to shock damage.
- Include a brief project description inside the package (board name, target layer count if known, any specific nets or ICs to prioritize).
- Declare realistic value; under-declaring triggers customs holds on both ends.
- Ship 2 samples when possible — one for non-destructive imaging, one for cross-section if needed.
Return Shipping
We return the original board(s) along with a USB drive containing all files. Return transit to Brazil runs 4–6 days via FedEx International Priority. Digital file delivery via encrypted link is available within hours of project completion — most clients start reviewing files before the physical board arrives back.
Our Engineering Process for Brazilian Projects
Day 1–2: Intake and imaging. We photograph all layers under controlled lighting, then run X-ray scans for inner-layer trace mapping on multilayer boards. For boards above 6 layers, we perform micro-sectioning to confirm stackup dimensions within ±0.5 mil accuracy.
Day 2–4: Digitization. Each copper layer is vectorized into CAD geometry. Trace widths are measured (typical accuracy: ±0.2 mil for traces ≥4 mil), vias are cataloged by type (through-hole, blind, buried), and pad geometries are matched to component footprints.
Day 4–6: Schematic extraction and BOM. Netlist is extracted from the PCB data, then our engineers reconstruct the schematic with logical grouping — power supply, signal processing, I/O, and communication blocks separated onto hierarchical sheets. Every component is identified by package measurement, marking code, and cross-reference to manufacturer datasheets.
Day 6–8: Verification and delivery. DRC and ERC checks, netlist-to-board comparison, and a final review against the physical sample. Files are packaged and sent.
Complex boards — 10+ layers, HDI with microvias, or flex-rigid assemblies — may extend the timeline to 10–15 working days. We confirm the schedule before work begins.
Capability Limits: What We Can and Cannot Do
| Parameter | Our Capability | Notes |
|---|---|---|
| Max layer count | Up to 32 layers | 16+ layers require cross-section; add 2–3 days |
| Min trace/space | 3 mil / 3 mil (75 µm) | Below 3 mil requires SEM — quoted separately |
| Board size | Up to 600 mm × 500 mm | Larger panels handled as tiled sections |
| Flex / rigid-flex | Yes | Polyimide layers imaged with IR-enhanced scanning |
| Embedded components | Limited | Embedded passives recoverable; embedded ICs case-by-case |
| Firmware / IC code | Only with proof of ownership | Authorized recovery under NDA; see our trust and IP policy |
We do not guarantee recovery of firmware from locked microcontrollers unless the client provides proof of IP ownership or authorized maintenance rights. All IC-related work follows strict authorization protocols.
Pricing Signals for Brazilian Clients
Exact pricing depends on layer count, component density, and board area. As a reference range:
- 2-layer board, simple (≤80 components): USD 350–600
- 4-layer board, moderate density: USD 600–1,200
- 6–8-layer board, mixed SMD/through-hole: USD 1,200–2,500
- 10+ layer HDI or rigid-flex: USD 2,500–6,000+
Shipping costs from Brazil (DHL Express) typically run USD 60–120 each way depending on package weight. We provide a firm quote within 24 hours of receiving board photos and a layer-count estimate.
Brazil-Specific Workflow Advantages
Time zone alignment: Our project managers overlap with BRT (UTC−3) during morning hours, enabling same-day responses on questions and approvals. Milestone updates are sent via email and WhatsApp — the dominant business communication channel in Brazil.
Portuguese-language support: While all technical deliverables are in English (industry standard for Gerber and schematic annotations), project coordination is available in Portuguese for Brazilian clients who prefer it.
NDA and IP protection: Every project is covered by a mutual NDA executed before boards ship. Files are stored on encrypted servers and purged 90 days after delivery unless the client requests retention.
Serving All of Latin America
Our remote workflow extends across the region. Teams in Argentina and Colombia use the same DHL/FedEx pipeline with comparable transit times. Engineers in Chile benefit from similar customs simplicity for sample exports. Across Latin America, the process is identical: ship the board, get the files.
For clients in Southeast Asia facing similar legacy-board challenges, our Mexico-based engineering teams and workflows for Malaysia follow the same proven model.
How long does PCB reverse engineering take for boards shipped from Brazil?
Total turnaround including shipping is typically 10–15 calendar days: 3–5 days inbound transit from Brazil, 5–8 working days for engineering, and digital file delivery on completion day. Physical board return adds another 4–6 days but files are available digitally before then.
Can you reverse engineer boards manufactured in the Manaus Free Trade Zone?
Yes. Boards from Manaus ship the same way as any other Brazilian city. The Zona Franca’s tax incentives apply to manufacturing — exporting a sample board for engineering analysis does not trigger additional duties. Declare the boards as engineering samples with no commercial value on the pro-forma invoice.
Do you handle boards with Brazilian-specific component markings?
We maintain a database covering components from global and regional suppliers. Brazilian-assembled boards sometimes use locally sourced passives or relabeled ICs; our engineers cross-reference markings against multiple databases and physical measurements to identify every part accurately.
Is PCB reverse engineering legal for Brazilian companies?
Reverse engineering your own products — or products you are authorized to maintain — is legal under Brazilian industrial property law (Lei 9.279/96) and widely practiced for legacy support, second-sourcing, and quality verification. We require clients to confirm ownership or authorization before starting work.
What if my board is damaged — can you still recover the design?
Partially damaged boards are recoverable in most cases. Burned or corroded areas may have missing trace segments that our engineers reconstruct by analyzing circuit topology and component datasheets. Severely warped or delaminated boards may require careful preparation before imaging. We assess feasibility from photos before you ship.
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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