Latest / The Manufacturing Podcast with Fexingo: Factories, Supply Chains, and Industrial Business / How a Small Taiwanese Factory Beat the Chip Shortage by Rethinking Procurement
Transcript
- Lucas: As of May 23, 2026, we're a few years removed from the worst of the chip shortage, but I still think about one small factory in Taichung, Taiwan, that somehow kept running at 95 percent capacity when everyone else was scrambling. Luna: Wait — 95 percent? I remember stories of big automakers shutting down entire plants for weeks. How did a small shop pull that off? Lucas: Right. This factory — let's call it TEC, for Taichung Electronics Components — has about 120 employees. They make power management modules for industrial equipment. Nothing flashy. And when the shortage hit, they didn't just call their usual distributor and hope for the best. Luna: So what did they do differently? Lucas: Two specific moves. First, they built what they called a 'shadow inventory' of alternative-certified parts. The typical approach is to qualify one or two chips per slot in your bill of materials. TEC had been systematically qualifying three or four alternatives for every critical component — even if those alternatives had slightly different specs or cost 10 to 15 percent more. Luna: That sounds expensive. And time-consuming. Who has the resources to do that for every component? Lucas: Exactly the objection. But the factory's procurement manager told me that after the 2011 Fukushima earthquake disrupted a key supplier, they decided they were too exposed. So they started a five-year project to broaden their qualified parts list. By 2021, they had an average of 3.2 qualified alternatives per component. When the shortage hit, they could switch to a different chip in about two weeks — including board redesign and testing — while most competitors took three to six months. Luna: So the key was starting early. Before the crisis. Lucas: Right. They treated that qualification work as a strategic investment, not a cost. The second move was even more interesting: they formed a purchasing consortium with three other non-competing manufacturers in the same industrial park and a local university's supply chain lab. Luna: A consortium with competitors? How does that work? Lucas: They weren't direct competitors — one made medical sensors, another made automotive lighting, another made industrial sensors. The university lab acted as an honest broker. Combined, their purchasing volume was about $4 million a year in chips — enough to get a seat at the table with mid-tier distributors. They jointly negotiated allocation agreements, shared forecast data, and even pooled some emergency inventory. Luna: So instead of each small company fighting for scraps, they aggregated demand. Lucas: Exactly. The consortium gave them leverage they never would have had alone. The medical sensor company, for example, needed a specific microcontroller that was on 40-week lead time. Through the consortium's pooled inventory, they got 3,000 units in two weeks — enough to keep their line running while the rest of the industry waited. Luna: That's impressive. But I have to ask — what about trust issues? Sharing forecasts and inventory with potential competitors seems risky. Lucas: It was. That's why the university was key — they held the data and handled the allocation. Each company only saw their own orders and the aggregate numbers, not individual details. The consortium also signed a strict confidentiality agreement. And the factory manager told me that after the first six months, trust built up because everyone realized that cooperation was better than chaos. Luna: So the crisis actually created an environment where cooperation made sense. Lucas: Yeah. And there's a broader lesson here. The standard advice during the shortage was 'diversify your suppliers.' But for a small factory, diversifying means splitting tiny orders among even smaller suppliers — which doesn't actually give you leverage. TEC's approach was different: instead of diversifying individual suppliers, they diversified their certified alternatives and pooled their buying power. Luna: That's a subtle but important distinction. Don't just spread your risk — build the infrastructure to actually switch. Lucas: Right. And the financials bear it out. TEC's gross margin actually improved slightly during the shortage, because they could pass on some of the higher component costs — their customers were desperate for reliable supply — and their utilization stayed high. Luna: If this kind of practical, on-the-ground strategy is useful to you in your work, it's exactly why we do these episodes. And the way we keep this podcast ad-free and focused on real cases is through listener support. If you find value here, you can buy me a coffee dot com slash fexingo — it's that simple. Lucas: Yeah, and we mean it. Every contribution goes straight into keeping the production lean and independent — no sponsors, no interruptions. Luna: Right. So back to TEC — one thing I find remarkable is that they didn't just survive the shortage. They actually came out stronger. Lucas: That's a good point. Their customer retention rate during the shortage was something like 97 percent. And afterward, they gained two new customers who had been with larger competitors that couldn't deliver. The factory manager told me those new customers accounted for about 8 percent of revenue in 2024. Luna: So reliability became a competitive advantage. In a crisis, being the one who can deliver is worth more than being the cheapest. Lucas: Exactly. And it's not just a one-time thing. The consortium still exists — they formalized it into what they call the Taichung Industrial Procurement Cooperative. It now has seven members and they've expanded into sharing logistics for non-chip materials too. The university lab runs it as a research project. Luna: So this isn't just a crisis response — it's a permanent structure. Lucas: Right. And I think that's the real takeaway. A lot of companies made temporary fixes during the shortage — paying spot prices, double-ordering, that kind of thing. But TEC built something that outlasted the crisis. They turned a vulnerability into a structural advantage. Luna: For a small factory, that's huge. They're not just catching up — they're leapfrogging. Lucas: Yeah. And it's worth noting that this doesn't require a massive budget or a big team. It requires a mindset shift: treating procurement as a strategic function, not a clerical one. The factory manager said that before 2011, their procurement team was one person who placed orders. After Fukushima, they added a second person whose entire job was qualification and supplier intelligence. Luna: One extra hire. That's not nothing, but it's not a huge investment either. Lucas: Exactly. And that person's work — documenting alternatives, building relationships, testing parts — paid off exponentially when the shortage hit. I think that's the core lesson: small manufacturers can't outspend the big guys, but they can out-prepare them. The crisis rewarded the ones who had already done the homework. Luna: So if I'm running a small factory today, what's the one thing I should take from this story? Lucas: Start building your alternative parts library now, even if there's no crisis. Pick your top ten most critical components — the ones that would shut you down if they went on allocation — and qualify at least one alternative for each. And look for other small manufacturers nearby that you could form a buying group with, even if it's just for a few commodity parts. Luna: It's like an insurance policy. You pay the premium now, and you hope you never need it. Lucas: Exactly. And if you do need it, it's the cheapest insurance you ever bought.