A packaging lead time isn’t one number. A 12-week lead time is a chain of up to six stages — tooling, sampling and qualification, the PO, production, quality control, and transit and delivery — and only some of them can be sped up. Knowing which stages are fixed, which ones compress, and which ones the buyer controls is how launches stop slipping.
Most lead times arrive as a single figure: 8 weeks, 30 days, “about three months.” That number hides where the time actually goes. A reorder runs four of the six stages, a new stock item runs five, and a new custom program runs all six. Some stages move only as fast as steel can be cut or a ship can cross the ocean. Others move as fast as someone signs an approval or issues a PO.
Why One Lead-Time Number Misleads
- It may not start when you think. A quoted lead time almost always starts at the receipt of a PO, assuming all qualifications and approvals have been completed. It does not start at the time of quoting.
- Reorders and new programs are different jobs. A reorder can start production as soon as the PO is issued. A new stock item adds sampling and qualification, and a new custom package runs every stage, with tooling usually the longest.
- Fixed and compressible stages get averaged together. Steel and ocean transit set a floor no one can negotiate. Approvals, PO timing, and production priority respond to planning — much of it on the buyer's side.
The Six Stages at a Glance
| Stage | Typical range | Fixed or compressible? | Who controls it |
|---|---|---|---|
| 1. Tooling (custom only) | On average 30–90 days | Largely fixed | Supplier, once the tooling drawing is signed off by the buyer |
| 2. Sampling and qualification | 2–3 weeks | Compressible | Buyer: testing and approval speed |
| 3. PO | No time of its own | Starts the production clock | Buyer: when the PO is issued |
| 4. Production | About 30 days | Partly compressible | Shared: forecasts and PO timing |
| 5. QC and pre-shipment inspection | 1–2 days | Compressible to book, never to skip | Supplier, against agreed specs |
| 6. Transit and delivery | 3–4 weeks to the West Coast; 6–7 weeks to the East Coast and inland locations such as the Midwest | Mostly fixed; mode and route are choices | Ocean freight carriers; domestic trucking companies; customs: supplier if your supplier clears customs for you, otherwise buyer |
Before the Clock Starts: Quote and Capability Review
Lead time runs from order to delivery, so quoting isn't part of it. But nothing can be ordered until the quote is done, and an incomplete request slows it down. Evergreen typically turns quotes around in two to five business days. Common stock products can be quoted in as little as a day, while complex, multi-region supply reviews can take two to three weeks. Where a project lands in that range depends mostly on how complete the request is.
A complete RFQ includes:
- Product specifications: dimensions and functional requirements
- Materials and sustainability goals: material preferences, recycled-content targets, and recyclability requirements
- Compliance needs: certifications and regulatory requirements for the product and market
- Timelines: the launch date and milestone dates
- Forecast: volumes, order frequency, and demand variability
- Customization: custom tooling and decoration requirements
Every missing input is a question the supplier has to ask and wait on. For a closer look at the packaging procurement process beyond the initial quote, explore our blog post on Seamless Packaging Procurement: From Quoting to Delivery.
Stage 1: Tooling — The Longest Fixed Block
New tooling lead time only applies to custom or partially custom packaging, but when it is required, it's usually the longest single stage. Evergreen's custom tooling takes 30 to 90 days on average, depending on the process. Paper tube, blow, and metal cap molds sit at the shorter end, glass in the middle, and plastic injection molds at the long end. Complex, high-cavitation tools can take longer. See our Custom Tooling Page for timelines by mold type.
Tooling starts once you sign off on the drawings. From there, it's in the supplier's hands, and it can't be rushed safely. Steel has to be machined, polished, and assembled, and the first trial almost always surfaces corrections. Each correction round typically adds a week or two, and a rushed tool tends to need more of them.
What does compress it:
- Freeze the design first. 3D-printed prototypes can be ready in as little as 48 hours and settle shape and feel before steel is cut.
- Test on pilot samples. A pilot mold produces samples in the actual target material, so functional and compatibility testing can start while production steel is being cut.
- Modify a stock mold. Partial tooling changes specific elements — a neck finish, base, or surface texture — so there's less new steel to cut and a lower upfront cost.
- Use a stock mold. No new tooling, no tooling stage.
For additional insight into the key considerations before investing in custom molds, read our blog post on 5 Questions to Ask Before You Commit to Custom Tooling.
Stage 2: Sampling and Qualification — The Stage Nobody Budgets For
Sampling feels like a formality but it isn't. This stage runs on every new item, stock or custom, typically takes two to three weeks, and covers every approval between a finished tool, or a chosen stock item, and the PO:
- Artwork proofs: digital proofs take about three business days, and a physical printing trial, when one is needed, takes 7 to 14 business days. See our Advanced Decorations Page.
- Color standards: color range boards that set light and dark tolerance limits.
- Pre-production samples (PPS): the final reference production is measured against.
- Functional and compatibility testing: fit, closure torque, leakage, dispensing, and formula compatibility.
Much of this stage runs on people. Brand, R&D, regulatory, and the filler may all need to sign off, and every review round waits on the slowest reviewer.
What compresses it:
- Run proofs during tooling. Artwork and color approvals don't need the production mold.
- Name one approver. Give one person the authority to sign off, and agree on turnaround times for every review round.
For urgent aerosol orders, Evergreen can, with customer permission, start production from approved color range boards or samples and ship the PPS with the first batch. That saves time, but it removes the last approval gate before production.
Outside the Clock: Stability Testing
Stability testing isn't part of the standard timeline. It's usually done before the PO, and if your product requires it, your own testing protocol sets the time — typically 90 days. Aerosol stability testing, for example, stores filled cans at elevated temperature and pulls them for inspection at 30, 60, and 90 days. Some customers approve on 30-day results, but most require the full 90-day evaluation, and verifying compatibility is the responsibility of the customer and filler. For additional details on aerosol testing and quality control procedures, refer to our blog post on Aerosol Cans: From Artwork Proofing to Quality Control.
A 90-day test takes 90 days, and approving on interim results is a risk decision, not a scheduling trick. The real lever is starting early. Decoration and product specs don't change how a formula interacts with the inside of a bottle or can, so stability testing can start on available products made of the same material and lining while you finalize other details. Evergreen provides product samples free of charge for stability testing.
Stage 3: The PO — Where the Production Clock Starts
The production lead time starts when the PO is issued and confirmed, because that's when production capacity is booked. Without a PO, a supplier can't hold line time for you.
The PO itself takes no time. You can issue it whenever you're ready, which makes this the one stage entirely in your hands. Get it ready in advance — quantities, delivery details, and internal sign-offs settled — so the clock starts when you want it to, not when the paperwork catches up.
Stage 4: Production — Forecasts Speed It Up
Evergreen's production averages about 30–45 days from the confirmed PO, and with a forecast in place or an expedited order, it can take as little as two weeks. That window covers securing a production slot, sourcing raw materials and components, running the job, and completing any decoration done as a separate step.
Forecasts change the math. They don't hold line time — only a PO does — but when customers share them, Evergreen can plan capacity with manufacturing partners and build buffer inventory for seasonal or volatile demand. A blanket PO turns a forecast into booked capacity and prepared materials. As we noted in our blog post on How to Evaluate a Packaging Manufacturer, a 30-day average is achievable only when capacity planning, raw material procurement, and logistics are managed proactively.
Some delays show up every year. Public holidays such as Chinese New Year pause production and shipping for about three weeks, so build inventory ahead of them. National Day Golden Week in early October has a similar, shorter effect, and peak shipping season adds pressure on the freight side.
Expedited orders depend on available line time and materials, so treat them as a fallback when plans change, not as the plan.
Stage 5: QC and Pre-Shipment Inspection
Quality control is not a stage tacked on at the end, but final inspection still takes time. Before production, Evergreen's central QA lab confirms specifications and acceptable quality limits (AQL) with the customer. Our quality teams are onsite for every production run, a detailed inspection report is issued for every production lot, and the QC team monitors container loading for every shipment.
Final inspection and packing checks typically take one to two days. This stage compresses at the edges: agree on AQL levels and defect classifications before production starts, and book inspection as soon as production dates are confirmed.
What doesn't compress is a failed lot. Rework and re-inspection add days or weeks, and skipping inspection only moves the discovery to the filling line, where it can cost a full production cycle.
Stage 6: Transit and Delivery — The Variable Tail
For global sourcing, transit and delivery usually takes three to four weeks to the West Coast, and six to seven weeks to the East Coast and inland locations such as the Midwest. It covers three steps: ocean transit, customs clearance, and final drayage.
Ocean Transit
Before a container sails, it needs origin trucking, export clearance, and a slot before the vessel's cargo cut-off, which typically takes three to ten days. Port-to-port, ocean transit from major Chinese ports runs roughly 14 to 18 days to Los Angeles and Long Beach, and roughly 28 to 40 days on all-water routes to East and Gulf Coast ports.
Ocean transit is fixed. What the buyer chooses is the mode and route:
- Air freight: roughly 5 to 10 days door-to-door, at several times the cost. It's for emergencies or split shipments, not routine replenishment.
- Routing: the port of entry and the inland leg set the total. West Coast ports have the shortest ocean leg; East Coast and inland destinations add a longer all-water route or a rail or truck leg.
- Full vs. shared containers: less-than-container-load (LCL) shipments add consolidation and deconsolidation time, typically adding 2 weeks to the timeline.
A missed cut-off or a rolled booking can add a week, so book freight as soon as production dates are firm.
Customs Clearance
Customs work starts before the ship leaves. U.S. rules require the Importer Security Filing ("10+2") to be submitted at least 24 hours before cargo is loaded onto the vessel at the foreign port. With the entry filed during transit, release often coincides with arrival.
The wildcard is examination. U.S. Customs and Border Protection selects shipments for inspection, and neither the buyer nor the supplier controls the selection. A non-intrusive X-ray exam can add a day or a few; an intensive exam can add a week or more. Accurate commercial invoices, classifications, and filing data won't prevent selection, but they do prevent avoidable documentation holds.
Evergreen's managed logistics team bids every shipment out across a network of 10+ international freight forwarding partners and handles customs clearance and documentation, so customers don't coordinate a separate customs process.
Final Drayage
Final drayage moves the container from the port or rail ramp to your warehouse, typically in two to five days under normal conditions. Terminals allow a few days of free time. After that, demurrage accrues on containers left at the terminal, and detention accrues on equipment kept out too long. Pre-booked terminal appointments, a dray carrier lined up before arrival, and transloading or cross-docking help keep this step on schedule.
The clock stops when the shipment reaches your dock. Allow a day or two after that for unloading, receiving, and putaway before inventory is ready to use.
Model Timelines by Order Type
Not every order runs every stage. A new stock item — a stock item you're ordering for the first time — starts with sampling and qualification. A new custom program adds tooling and runs all six stages. A reorder starts as soon as the PO is received.
| Stage | New stock | New custom | Reorder |
|---|---|---|---|
| Tooling | — | 2–3 months | — |
| Sampling and qualification | 2–3 weeks | 2–3 weeks | — |
| PO | After approval | After approval | Clock starts |
| Production | About 30 days | About 30 days | About 30 days |
| QC | 1–2 days | 1–2 days | 1–2 days |
| Transit and delivery | 3–4 weeks | 3–4 weeks | 3–4 weeks |
| Total | 7–13 weeks | 4–7 months | 6–10 weeks |
Totals assume delivery to the West Coast and standard custom tooling development of two to three months. East Coast and inland deliveries add about three weeks. Complex tools, or design changes after steel is cut, can push a custom program longer, and stability testing, when required, runs on its own timeline before the PO.
Three Levers You Control
- Forecasts, backed by a PO. Shared forecasts let a supplier plan capacity and build buffer stock before you need it, and with a forecast in place, production can take as little as two weeks. Only a PO holds line time, so a blanket PO turns a forecast into booked capacity.
- Spec freeze and fast approvals. Approvals and the PO are the most buyer-controlled parts of the whole timeline. Freeze the design before steel is cut (an embossed logo is cut into the tool and can't be edited later), name one decision-maker, agree on turnaround times for every review round, and have the PO ready to issue as soon as samples are approved.
- Safety stock or VMI. Neither shortens a lead time; both make it irrelevant to your filling line. Customers in Evergreen's Vendor Managed Inventory program draw from U.S. warehouse inventory with a 24–48 hour delivery lead time.
Two habits support all three: run steps in parallel wherever the process allows, and plan around recurring holidays instead of reacting to them.
What Can't Be Rushed
- Steel. Machining and trial loops take the time they take, and rushed tools tend to come back for more corrections.
- Time-based testing. A 90-day stability test takes 90 days. The only levers are starting sooner or accepting interim results at your own risk.
- The ocean. Roughly two weeks across the Pacific is the floor. Air freight is the only real shortcut, and it's expensive.
- Customs exams. Selection and duration sit outside anyone's control.
- Public holidays such as Chinese New Year, where production and shipping are paused for 3 weeks.
- Inspection. Skipping it saves days and risks a full production cycle.
We'd rather show these limits up front than quote a date the calendar can't support.
Building a Lead-Time Plan
A lead time is a plan, not a promise. Every Evergreen proposal includes lead-time expectations segmented from approval through production to final delivery, so you can see which stages are running, which are fixed, and where your decisions move the date.
To build a lead-time plan for your next launch or reorder, explore our managed logistics capabilities or get in touch with our team.
