Insights · Lead time
China vs Germany: tooling lead time, honestly compared
The headline numbers — 15–30 days in China against 8–20 weeks in Germany — are both real and both incomplete. What matters is total elapsed time from “we need a tool” to “we have approved parts”, and where the weeks actually disappear.
Standard production molds are commonly quoted at 15–30 days of manufacturing by Chinese toolmakers and 8–20 weeks by German mold makers. The gap is real but it is not the whole story: total elapsed time also includes design approval, steel and hot-runner procurement, trial timing, the correction loop and shipping. In practice, offshore projects lose most of their advantage in the segments nobody quotes — approval ping-pong, subcontracted machining queues and slow trial feedback.
Where the days go
| Stage | China (typical) | Germany / Western Europe (typical) | What controls it |
|---|---|---|---|
| DFM & quotation | 1–2 days | 1–2 weeks | Completeness of your 3D data, supplier workload |
| Mold design & approval | 3–7 days | 1–3 weeks | Number of review rounds; who signs off |
| Steel & component procurement | 2–10 days | 1–3 weeks | Steel grade availability, imported hot runner lead time |
| Machining | 15–30 days | 4–10 weeks | Cavity count, detail, finish class, machine capacity |
| Assembly, fit, polishing | 3–7 days | 1–2 weeks | Finish class, texture, mechanism complexity |
| T1 trial | 1–3 days | 3–10 days | Press availability, resin in stock |
| Correction loop | 2–10 days | 1–3 weeks | How many steel corrections; queuing behind other jobs |
| Shipping | Air 3–7 days / sea 3–6 weeks | Domestic 1–5 days (EU road freight) | Freight mode, customs, packing |
Illustrative ranges drawn from how tooling projects are normally quoted in each market. Your project’s actual schedule depends on the tool, the supplier’s loading and how quickly decisions are made on your side.
Three reasons the gap is smaller than it looks
1. Shipping is part of the lead time
A mold that takes 20 days to build and six weeks to reach you by sea is not a 20-day tool. If the schedule is tight, air freight changes the arithmetic — and the freight cost should be quoted next to the tooling price, not discovered afterwards.
2. The critical path often runs through your own approvals
Design approval, steel confirmation, sample review and sign-off are customer-side steps. A tool that is machined in 18 days can still take 60 days to reach approval if each decision takes a week. This is the single biggest and cheapest lever on any tooling project, whichever country you buy from.
3. Subcontracting moves the queue, not the capacity
Many tool shops machine only part of the tool themselves. Wire cutting, EDM, polishing or hardening go out, and each hand-off inserts a queue you cannot see or influence. When a supplier subcontracts, the honest lead time is not their machine time — it is their machine time plus their partners’ queues.
What in-house machining actually changes
CENTS machines every mold component in our own plant on 36 machines: 15 CNC centres, 3 Swiss GF slow-wire EDM machines, 5 Makino sinker EDMs, grinding, milling and a Hexagon CMM for verification. Practically, that means three things for your schedule:
- No inter-factory transport. A core that needs a wire-cut re-cut or one more grind happens the same day, not after a round trip.
- No queue you cannot see. When we give you a machining window, it is our own capacity that is being committed.
- One team accountable. The toolmaker who fits the mold is in the same building as the person who cut it — which is what turns a T1 correction into days instead of weeks.
The realistic comparison
If you need a standard production tool with normal cosmetic requirements, an experienced Chinese toolmaker with in-house machining can typically deliver a validated tool in the time a European supplier needs to finish machining. If your project needs a mechanism nobody has built before, a European partner with your product’s history may still be the lower-risk route. The right question is not China or Germany — it is which supplier can show you the machine list, the trial process and the documentation package, and then hold the dates they quoted.
Test it on your project
Ask for a dated, in-house schedule
Send your 3D data and target date and we will return a schedule with the machining window, the trial date and the shipment window — with the assumptions written down.