PCB Reverse Engineering in New Zealand — Remote Service, Full Deliverables
PCB reverse engineering in New Zealand does not require a local facility. You ship your physical board from anywhere in NZ — Auckland, Hamilton, Wellington, Christchurch, Dunedin — and our engineers strip it down layer by layer, producing complete Gerber files, a netlist-verified schematic, and a cross-referenced bill of materials. The entire workflow runs under NDA, and most boards clear in 5–8 working days from receipt.
New Zealand’s manufacturing and agricultural-tech sectors increasingly depend on legacy electronics where original design files were never handed over or have been lost. Rather than redesigning from scratch — a process that can take months — reverse engineering recovers the data locked inside the copper and solder of an existing working board.
Why NZ Engineers Need This Service
New Zealand sits at the end of a long supply chain. When a critical control board fails in a dairy processing plant in Waikato or a marine navigation system in Tauranga, sourcing a replacement from the original manufacturer can mean 8–16 weeks of downtime plus freight surcharges. Reverse engineering the board gives you the files to fabricate locally or regionally, cutting lead time to days.
Common scenarios we handle for New Zealand clients:
- Legacy equipment support — original OEM discontinued, no spares available.
- Design recovery — your own product, but the design house retained the files and is no longer reachable.
- Second-source qualification — you need Gerber data to quote fabrication from a different PCB shop.
- Failure analysis prep — schematic capture to support root-cause investigation on a failed board.
How the Remote Workflow Operates
Step 1 — Ship the Board
Pack the PCB in antistatic wrap with rigid foam protection. From NZ, DHL Express or FedEx International Priority typically delivers within 3–4 business days. Declare as “electronic circuit board for analysis, no commercial value” to simplify customs. We provide a shipping label template on request.
Step 2 — Intake & Feasibility Check
Within 24 hours of receiving your board, we photograph both sides at high resolution, count layers (via edge inspection or micro-sectioning if needed), and confirm scope. You receive a fixed-price quote — no hourly billing, no surprises.
Step 3 — Layer-by-Layer Extraction
Our process uses a 2400 DPI optical scanner for outer layers and controlled chemical de-lamination for inner layers on multilayer boards. Each copper layer is digitised, vectorised, and imported into Altium Designer or KiCad (your choice). Trace accuracy targets ±0.5 mil (0.0127 mm) on standard boards and ±1.0 mil on boards with heavy oxidation or damage.
Step 4 — Schematic Capture & BOM
Every component is identified — package, value, manufacturer part number where markings allow. The schematic is drawn functionally (not just a flat netlist dump), grouped by power, signal, and I/O sections. The BOM lists current-production equivalents for any obsolete parts we flag.
Step 5 — Verification & Delivery
We run DRC (design-rule check) and ERC (electrical-rule check) against IPC-2221B constraints before exporting. Deliverables ship digitally via encrypted link. Physical boards are returned to NZ by the same courier, insured.
What You Receive — Deliverable Formats
| Deliverable | Format | Notes |
|---|---|---|
| Gerber files | RS-274X (Gerber X2 on request) | Fab-ready, includes drill files (Excellon) |
| Schematic | .SchDoc / .kicad_sch / PDF | Functional grouping, net names applied |
| BOM | Excel (.xlsx) | MPN, package, value, qty, alternates |
| Pick-and-place | CSV with X/Y/rotation | For SMT assembly |
| Layer stackup report | Measured dielectric thickness, copper weight | |
| Board photos | High-res JPEG/TIFF | Both sides, macro shots of ICs |
Capability Limits & Honest Caveats
Not every board is a clean win. Transparency matters more than a sales pitch:
- Blind/buried vias on 10+ layer HDI boards — recoverable, but turnaround extends to 10–14 working days and cost increases roughly 40–60% over a standard 4-layer board.
- Heavily corroded or fire-damaged boards — if more than ~30% of copper is unreadable, accuracy drops. We will tell you upfront during feasibility.
- BGA-only ICs with no visible markings — we can identify the footprint and pin count, but exact part number may require X-ray or decap, quoted separately.
- Firmware — if the board contains a programmed MCU, we do not extract firmware unless you provide proof of IP ownership. See our remote workflow for other regions for the same authorization policy.
Shipping & Customs Notes for New Zealand
NZ MPI (Ministry for Primary Industries) biosecurity screening applies to all inbound goods, but bare or populated PCBs are not flagged as risk items. Key tips:
- Use HS code 8534.00 (printed circuits) for accurate classification.
- Boards returning to NZ after analysis re-enter under temporary export/re-import — retain your original export documentation.
- No GST applies to services performed offshore on goods temporarily exported, provided you file the correct declaration.
Typical round-trip shipping time: 3–4 days each way via express courier. Combined with 5–8 days of engineering, expect a total cycle of roughly 11–16 calendar days from your door back to your door.
Pricing Signals
| Board Complexity | Layers | Typical Price Range (USD) | Turnaround |
|---|---|---|---|
| Simple consumer / IoT | 1–2 | $350 – $800 | 5 working days |
| Industrial control | 4 | $800 – $1,800 | 5–7 working days |
| Complex power / RF | 6–8 | $1,800 – $4,000 | 7–10 working days |
| HDI / high-layer-count | 10+ | $4,000 – $8,000+ | 10–14 working days |
Prices are board-specific. The quote you receive after feasibility is fixed — scope changes are the only thing that moves the number.
Who Uses This From New Zealand?
Our NZ project mix skews toward agricultural automation, marine electronics, and small-run industrial OEMs. Engineers in these sectors share a common constraint: small production volumes that make full redesign uneconomical, paired with equipment that must keep running. Similar remote workflows serve clients across the globe — from PCB reverse engineering projects in Chile to board recovery work in Colombia.
NDA, IP, and Authorization
Every project runs under a mutual NDA signed before any work begins. We only reverse engineer boards where the client is the IP owner, the authorized licensee, or is performing legitimate legacy maintenance on equipment they own. This policy is non-negotiable and applies equally whether you are in Queenstown or sending a board from Berlin.
Getting Started From NZ
Email or use the quote form. Attach top-and-bottom photos of the board (phone camera is fine), state the layer count if known, and describe what you need — Gerber only, full schematic, BOM, or all three. We respond within one NZ business day (accounting for the UTC+12/+13 offset).
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 get PCB reverse engineering done locally in New Zealand?
Very few NZ-based labs offer full Gerber and schematic recovery. Most local options focus on testing or repair, not design-file extraction. Shipping your board to a dedicated reverse-engineering facility overseas is the standard approach for NZ engineers needing production-ready output files. Round-trip turnaround is typically 11–16 calendar days including express courier both ways.
How do I protect my IP when shipping a board internationally?
We sign a mutual NDA before any board ships. Use tamper-evident packaging if desired. The board is tracked end-to-end via DHL or FedEx, and all digital deliverables transfer over encrypted channels. Physical boards are returned insured after project completion.
What if my board is damaged — can it still be reverse engineered?
Boards with up to roughly 30% copper damage or corrosion are typically recoverable with acceptable accuracy. Beyond that threshold, gaps in traces may require educated interpolation, which we flag clearly in the deliverables. We assess this during the free feasibility check and give you a straight answer before quoting.
Do you handle boards with embedded firmware or programmed ICs?
We recover the PCB design data — Gerber, schematic, BOM. Firmware extraction from microcontrollers is a separate service requiring documented proof of IP ownership. If you own the code and need it read out, we can discuss scope after verifying authorization. The same policy applies to clients sending boards from Ukraine or anywhere else.
What file formats will I receive?
Standard delivery includes RS-274X Gerber files with Excellon drill data, a schematic in Altium or KiCad format (plus PDF), an Excel BOM, and a pick-and-place CSV. We can also export ODB++ or IPC-2581 on request at no extra charge.
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