What should I expect from a custom packaging factory?
A custom packaging factory workflow connects a product brief to a structure, material, decoration plan, assembly path, and delivery request. The useful starting document names the product, inside length x width x depth, opening, closure, board or film, artwork panels, finish, quantity, and location. It should be clear enough that a dieline and proof can be checked against the same instructions.
Measure the product before choosing the package. About 1/16 in (1.5 mm) is a common planning tolerance reference. Note fragile points, accessories, labels, inserts, and the orientation required during filling or shipment. A visual mockup cannot answer those fit questions by itself.
Which packaging formats can one workflow coordinate?
Boxes, tins, bags, and inserts can share one brief, but each format has a different physical checkpoint.
| Format | Typical material or structure | Production checkpoint |
|---|---|---|
| Tin packaging | Formed metal container with printed decoration | Shape, lid fit, and artwork registration |
| Candle packaging | Folding carton, rigid box, or fitted insert | Vessel clearance and loading path |
| Small product carton | SBS, C1S, C2S, or kraft board | Caliper, folds, closure, and print coverage |
| Corrugated protective box | E, B, or C flute board | Stacking and outside shipping dimensions |
| Specialty insert box | Chipboard, art paper, foam, or fitted cavities | Retention and removal without product damage |
Custom tin packaging raises formed-container and lid-fit questions. Custom taper candle packaging focuses the check on long-product clearance and loading direction. Custom drone packaging boxes bring complex product shape and protective fit into the brief. These product references describe different packaging jobs, not one universal construction.
How are materials and gauges selected?
Folding cartons commonly use SBS, C1S, or C2S paperboard in the 12 to 24 pt range. SBS means solid bleached sulfate, while C1S and C2S describe coating on one or two sides. Pt is a point-based thickness measure. Kraft board commonly falls in the 18 to 24 pt range. Rigid chipboard commonly measures 1.5 to 3 mm and can be wrapped in 100 to 157 gsm art paper, where gsm means grams per square meter. Caliper is the measured thickness of a sheet or board. Corrugated work commonly uses E, B, or C flute, where flute is the corrugated wave profile inside the board. 32 ECT, edge crush test, is a common strength convention for planning.
Mylar or foil laminates can use PET, AL, and PE layers. PET is polyethylene terephthalate, AL is aluminum foil, and PE is polyethylene. Carry formats can use non-woven polypropylene in the 80 to 120 gsm range or cotton canvas in the 8 to 12 oz range. PET windows commonly measure about 0.2 to 0.3 mm. These are general trade references. The final choice follows product weight, barrier needs, handling, print surface, sealing, and assembly.
Ask us about food-contact options when the package will touch food. Record whether the package needs light protection, moisture resistance, cushioning, or a clear viewing area before selecting the substrate.
Which decoration and tooling decisions affect production?
Offset CMYK, the four-color process used for detailed graphics, is common for paperboard artwork. Flexo is common for corrugated surfaces, and digital printing can suit short runs or early artwork direction. Matte or gloss lamination changes glare. Soft-touch changes hand feel. Spot UV is a localized glossy coating. Foil stamping, embossing, debossing, and window patching each add a separate production instruction.
Tooling matters when the package needs a formed, shaped, cut, or fitted component, including tins and specialty inserts. The tooling question is simple: what does the tool control, and does the approved drawing show that output? Confirm the dieline, component dimensions, closure, materials, print coverage, finish, and assembly path before production.
How should I test a factory-ready package?
A physical sample or representative reference exposes fit problems that artwork cannot. Load the actual product and accessories, then check retention, lid or flap movement, fold cracking, print coverage, and the time needed to load and close the unit. For shipping packaging, place the finished component in its intended outer carton and check stacking, empty space, and orientation. US ground dimensional weight commonly uses L x W x H / 139 as a planning formula, so outside packed dimensions belong in the brief.
- Document the product, accessories, inside clearance, and opening.
- Separate structure, material, decoration, tooling, and assembly decisions.
- Inspect visible surfaces, closures, seams, and insert contact points.
- Test the complete pack-out before proof approval.
How do I start a custom packaging factory quote?
Send product dimensions, target quantity, format, artwork status, material preference, finish direction, tooling questions, assembly needs, and delivery location. The packaging sample kit gives the team a physical reference for materials and finishes. See custom packaging solutions when more than one format is under consideration.
Custom Packaging Lane quotes to spec from a 100-unit minimum. Pricing is from $0.49 per unit at volume, quoted to spec. Production is typically 8 to 10 business days after proof approval, plus delivery. Free US shipping, free design support, and a free dieline are available. The $19.99 sample kit is credited to the first order. Confirm the final drawing, materials, decoration, tooling, and delivery details before production.
Frequently Asked Questions
What inputs make a factory quote usable?
A custom packaging factory quote needs the product dimensions, weight, quantity target, format, material direction, artwork status, finishes, tooling questions, assembly needs, and delivery location. Photos or a physical reference help when the product shape is complex. Those inputs let the structure, substrate, decoration, and pack-out be considered together instead of pricing from an incomplete mockup.
How do paperboard and film differ in a factory brief?
Paperboard is specified by stock type and thickness, while film is specified by layer sequence, barrier direction, seal behavior, and formed format. Folding cartons may use SBS, C1S, C2S, or kraft board. Flexible packaging may use PET, AL, and PE layers. State the product, handling, print surface, closure, and assembly needs with either material.
Does custom packaging need tooling?
Tooling may be part of a packaging project when the package needs a formed, shaped, cut, or fitted component, such as a tin or specialty insert. Ask what the tool controls and check that the approved drawing matches its output. Review tooling with dimensions, material, artwork, closure, and assembly, because each item affects the finished package.
What should be checked with the packed product?
A factory-ready package should be checked with the actual product and accessories when possible. Confirm retention, lid or flap movement, fold cracking, print coverage, closure, insert contact, loading time, and removal. For shipping packaging, check the outer carton, stacking, empty space, orientation, and outside dimensions. A visual mockup cannot replace this pack-out check.
Who draws the package dieline?
A packaging supplier can turn product dimensions and the selected structure into a checkable dieline, which is the flat template for cuts, scores, panels, glue areas, openings, and inserts. Provide inside measurements, clearance, opening behavior, insert details, and artwork status. Approve the layout against the actual product before print preparation.
