What the client was solving for

The client was a mid-sized South African food manufacturer that had previously imported smaller equipment direct from China without issue. For their latest upgrade — a packaging line worth around USD 420 000 — they had gone direct again, this time to an OEM they had not used before but that had presented well at a trade show. By the time CISH was brought in, the project was six months old, the deposit and 50% progress payment were gone, and the FAT was supposed to happen in two weeks.

The trigger for the call was a 12-minute video walk-through from the supplier. The buyer's engineering team watched it twice and noticed two of the subassemblies were visibly inconsistent with the contract drawings. A polite question to the supplier produced a long, vague reply. That is when the client called.

The state of the project when CISH stepped in

  • Two non-compliant subassemblies — wrong frame configuration on one, wrong drive package on another. Both visible in the walk-through video once you knew what to look for.
  • Controls package did not match the contract spec — the supplier had silently substituted a different PLC line, citing "supply chain issues." The substitution had real implications for the client's existing maintenance team, who were trained on the originally specified platform.
  • No agreed FAT protocol in writing — the contract had a line saying "FAT to be conducted at supplier's factory," but no acceptance criteria, no test sequence, and no agreed pass/fail logic. Without that, FAT becomes whatever the supplier shows you on the day.
  • Payment milestones already 80% drawn — only 20% retention remained. Limited financial leverage left.
  • Communication via the supplier's English-speaking sales lead only. No direct engineering-to-engineering dialogue. Drawings and revisions exchanged via email attachments, no version control.
  • Schedule pressure — client had a downstream commitment to install and SAT before a contract production-volume increase three months out.

What CISH did, in sequence

Week 1 — Establish facts

A CISH engineer flew to the supplier's factory within five days of engagement. The visit had three explicit purposes: physically confirm what had been built, gather evidence in photo and video form, and meet the supplier's engineering lead in Mandarin without the English-speaking sales filter in between.

The visit confirmed the two non-compliant subassemblies and identified a third issue the buyer had not seen — a hygiene-zone interface that was not going to pass the client's QA in South Africa. The PLC substitution was acknowledged by the supplier but characterised as "equivalent" — it was not.

Week 2 — Write a real FAT protocol and a rework agreement

CISH drafted a bilingual FAT protocol covering test sequence, measurement methodology, pass/fail criteria, hold points, and explicit handling of the three identified gaps. Alongside it, a rework agreement set out:

  • The two non-compliant subassemblies to be rebuilt to spec.
  • The PLC package to be restored to the originally specified platform.
  • The hygiene-zone interface to be redesigned and agreed with the client's QA function.
  • FAT delayed by four weeks to absorb the rework, with no additional payment until FAT pass.
  • Schedule slippage allocated between supplier and project — not all carried by the buyer.
  • Liquidated damages structure for any further slip.

Week 3 — Negotiate

This is the part most direct-buying projects never recover from. The supplier had banked the progress payments and held the equipment in their factory. The buyer had limited financial leverage. The recovery had to be negotiated face-to-face in Mandarin, with reputational consequences (other CISH-channelled projects) as part of the leverage.

Outcome: supplier accepted the rework agreement, including the LD structure. The CISH FAT protocol was signed as the controlling document for acceptance. Communication moved to weekly engineering-to-engineering calls with CISH facilitating.

Weeks 4–8 — Rework and oversight

Weekly photo updates plus two interim factory visits. The rebuild of the two subassemblies was witnessed at the supplier's factory; the PLC restoration was tested in stages.

Week 9 — FAT

The buyer's engineer attended, with CISH's lead. FAT was run end-to-end against the new protocol. Two minor issues found and corrected during FAT; one major item (a sensor tolerance) deferred to SAT with a written agreement. FAT signed.

Weeks 10–13 — Shipping, customs, installation, SAT

Standard sequence — but planned and managed by CISH rather than left to a freight forwarder and the buyer's internal team to coordinate. SAT signed at SA site in week 13 from CISH engagement.

Decision rule applied: when a direct-buy project goes wrong, the worst response is the most common one — pay another instalment to "get it moving again." The correct response is to stop, audit physical reality, rewrite the acceptance protocol, and renegotiate from evidence. It is slower in week one. It is dramatically faster overall.

Measurable outcome

Schedule

Slip reduced from a likely 30+ weeks (if the buyer had accepted the original FAT path and tried to fix issues at SAT in SA) to ~10 weeks of net delay.

Cost avoided

CISH fee was a fraction of the cost of either rebuilding the misconfigured scope in SA after delivery, or absorbing the production-volume contract failure if the line had missed its window.

Payment leverage

The remaining 20% retention plus the LD agreement gave the buyer functional leverage through FAT and SAT — leverage that did not exist before CISH stepped in.

Operational outcome

Line ran into the production-volume contract window. Year-one OEE on the new line matched the buyer's model — would not have happened with the originally substituted PLC and the broken hygiene-zone interface.

What a buyer should take from this case

Most direct-buy projects from China do not fail spectacularly. They fail by drift — small spec substitutions, vague FAT protocols, milestone payments drawn against schedule rather than verified deliverables. By the time the buyer notices, the supplier has the equipment and the buyer has limited leverage. The mistakes are upstream — at contract and FAT-protocol stage — but the consequences land at SAT.

The other lesson: any rescue is easier the earlier it starts. The cheapest moment to bring in third-party procurement support is before contract signature. The next cheapest is when the first sign of drift appears in supplier communications. Waiting until FAT is the most expensive option.

Use this filter: if your direct-from-China project shows any of these signals — vague FAT protocol, missed weekly updates, drawing revisions without version control, or PLC / drive substitutions for "supply chain reasons" — pause payments and audit physical reality before the next milestone, not after.

How CISH structured the engagement

This was a China Procurement & Sourcing engagement at FAT-rescue scope, with CISH acting as the buyer's representative through FAT, freight, customs, installation, and SAT. CISH did not sign the supplier contract (the buyer had already done that), but held FAT and milestone-acceptance authority by agreement. Discussion format is anonymised snapshot; named-supplier and detailed correspondence reserved for NDA reference.

Related reading: How to import a production line from China to South Africa and the supplier-audit checklist insight (when published).

Frequently asked questions

How early should a buyer bring in third-party procurement support?

Before contract signature is cheapest. At the first sign of drift in supplier communications is next. At FAT is most expensive — but still better than discovering the same issues at SAT in South Africa.

What signals usually predict a project drifting off-spec?

Vague FAT protocol, weekly updates that stop arriving, drawing revisions without version control, scope substitutions framed as "equivalent," and English-speaking sales filtering all engineering-to-engineering communication.

Can CISH represent the buyer if the supplier was found independently?

Yes — most rescue engagements work this way. CISH does not sign the supplier contract retroactively; we represent the buyer's interests through FAT, freight, and SAT against the contract that exists.

What if the supplier refuses the rework agreement?

Then the buyer has a different problem and needs to decide between legal escalation, partial recovery of equipment, or accepting a substandard line. We help frame the options honestly and produce the evidence base needed for whichever path the buyer chooses.

Can CISH share the named supplier or buyer?

No — this case is shared only as an anonymised snapshot. Naming either party serves no buying-side purpose and creates downstream commercial risk for the client.