An engineering team that owns the whole loop
Most PCB/PCBA projects fail at the seams between vendors. CC Circuits was built to eliminate those seams — from reverse engineering through tested PCBA, one team is accountable for every handoff.
Legacy Board Recovery & Custom Hardware Development
We support maintenance teams, aftermarket rebuilders and OEMs globally. Services span 1:1 legacy board recovery, cost-optimized redesign and full PCBA manufacturing.
We reverse-engineer and reproduce discontinued PLCs, servo drives, power supplies, and industrial control boards at affordable cost.
From high-demand TCU/ECU control boards to rare classic car modules, we clone, redesign, and mass-produce reliable aftermarket PCBs.
Extend equipment lifecycle. Precision 1:1 PCBA recovery for obsolete patient monitors, ultrasound, diagnostic, and biomedical power/control boards.
Custom schematic-to-layout design, EOL component redesign, rapid prototyping, and full-turnkey PCBA production.
Capability on the shop floor
From pattern imaging to functional test — the real equipment and stations behind every rebuilt and manufactured board.
Fragmented vendors vs. integrated workflow
| Dimension | Fragmented vendor workflow | CC Circuits integrated workflow |
|---|---|---|
| Number of vendors | 3 – 5 separate suppliers | 1 integrated team |
| DFM feedback | After fabrication failures | At design & layout |
| Component sourcing | Mismatched with layout | Aligned with BOM at design time |
| Reverse engineering | Outsourced separately | In-house, linked to redesign |
| Prototype-to-production | Process gaps and respins | Same process, smooth scale-up |
| Accountability | Finger-pointing | Single point of ownership |
| Communication | Email chains across vendors | Direct engineering contact |
Seven reasons hardware teams choose CC Circuits
Not slogans — the working principles behind every project we take on, from the first board photo to the final functional test.
Reverse engineering through tested PCBA — no vendor juggling, no broken handoffs. One team carries the project from analysis to a tested, assembled board, so context never gets lost between suppliers.
You talk to engineers, not just account managers. Technical questions get technical answers fast — stack-up choices, impedance trade-offs and sourcing options are discussed directly, not relayed through a sales layer.
Manufacturability is reviewed at design and layout — not patched at the factory. Issues that would normally surface as respins are caught while they're still cheap to fix, at the schematic and layout stage.
Rebuild obsolete or undocumented boards and redesign them for modern production. From net extraction and BOM cross-reference to a form-fit-function replacement, the path to a manufacturable board stays in-house.
Prototypes use the same processes and rules as production, so scale-up holds up. A validated prototype means a real production commitment, not a demo that breaks when the volume steps up.
AOI, X-ray, flying probe and functional test are built into the workflow — not optional add-ons. Defects are caught before boards leave the floor, and field failures get structured analysis with corrective action.
One coordinated team owns analysis through tested PCBA — a single point of accountability. When something matters, there's no finger-pointing across vendors; the same engineering eyes that rebuilt the board own the outcome.
Bring us your hardest project
Legacy boards, complex designs, tight timelines — we evaluate honestly and plan a path.
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