Custom Packaging Frequently Asked Questions

Start with the product being packed, packaging format, dimensions, estimated quantity, artwork status, performance requirements, target timing, and delivery location. If some specifications are unknown, share a reference package or explain the application so the team can identify the next decisions.

P&M supports projects from concept and prototyping through production and delivery, including early samples and scale-up planning. The suitable sample method, production process, minimum quantity, cost, and timing depend on the exact packaging format and specification.

Minimum order quantity varies by package type, size, material, print process, tooling, and production route. Share the expected quantity and project stage so P&M can evaluate an appropriate path instead of applying one blanket MOQ to every product.

Timing depends on engineering, artwork readiness, sampling, material availability, tooling, approvals, production method, quantity, and delivery requirements. A project-specific schedule is confirmed during quotation after the specification is sufficiently defined.

Projects may include stand-up pouches, flat-bottom or box pouches, three-side-seal pouches, side-gusset bags, quad-seal bags, shaped pouches, spouted pouches, rollstock film, coffee bags, and application-specific structures. Availability and specifications require confirmation for the exact project.

Yes. P&M evaluates custom printed paper boxes, folding cartons, food and retail boxes, displays, corrugated packaging, and other paperboard structures based on product fit, board choice, print, finishing, quantity, and delivery needs.

Yes. Pressure-sensitive labels and shrink sleeves can be planned alongside the container or package so artwork, application surface, dimensions, material, finish, and production requirements are coordinated.

P&M can evaluate injection-molded and thermoformed or blister packaging projects, including mold and tooling development. Product geometry, material, tolerances, application, testing needs, expected volume, and tooling ownership must be defined for the project.

Provide editable source artwork, linked high-resolution images, fonts or outlined type, color references, dielines, finish layers, and production notes when available. Final file requirements depend on the package and printing process.

P&M can help organize material and barrier decisions around the product, filling process, shelf-life goal, distribution conditions, package format, sealing requirements, and applicable testing. A structure should not be selected from a general website statement alone.

No blanket environmental or food-contact claim applies to every package. Any claim must be confirmed for the exact material structure, application, market, test report or certification, authorized mark use, scope, and validity period.

Custom packaging may use digital, flexographic, gravure, or offset printing. The appropriate method depends on the packaging format and substrate, quantity by artwork, color and finish requirements, repeat-order plan, variable information, lead time, tooling, and total economics. P&M confirms the production path after reviewing the project rather than assigning one method to every order.

Digital printing can be useful for lower quantities, multiple SKUs, test launches, seasonal designs, and projects that benefit from avoiding conventional printing cylinders or plates. Available materials, colors, finishes, package dimensions, unit economics, and production limits still require project-specific confirmation.

Gravure or flexographic printing may be considered when repeat quantities, web requirements, color targets, material structures, line performance, or long-run economics support conventional production. Cylinder or plate cost, color count, setup, material minimums, waste, timing, and future reorders should be compared using the complete project—not only unit price.

No. Offset lithography and flexography are different processes. Offset commonly transfers ink from a plate through a blanket to a paper-based substrate, while flexography uses flexible relief plates and is widely used for films, labels, corrugated packaging, and other substrates. The production route depends on the package being printed.

No. The lowest total cost depends on setup or tooling, material minimums, quantity by SKU, color and finish, waste, proofs, future reorders, inventory exposure, and freight. A method with a lower unit price can still be more expensive if it requires more inventory than the project needs.

A sample can help evaluate dimensions and product fit, opening and reclosure, shelf stance, material appearance and feel, structural assembly, container-to-carton fit, artwork placement, and presentation. Product compatibility, barrier, seals, leaks, filling-line performance, distribution, or shelf life require an appropriate test plan and may not be proven by a presentation sample.

A digital proof is mainly used to review content, layout, orientation, and stated color limitations. A physical sample can add information about size, structure, material, finish, opening, fit, and three-dimensional appearance. Neither automatically proves full production color, package performance, or line compatibility unless it was made and tested for that purpose.

Sample cost depends on format, dimensions, material, print and finish, number of SKUs, tooling, quantity, shipping, and what the sample must demonstrate. P&M confirms the sample method, scope, cost, and timing after reviewing the project; a single public price would not accurately cover every package.

The schedule should state its starting approval point. Depending on the project, timing may begin only after specifications, artwork, dielines, payment terms, material availability, samples, and other required approvals are complete. The quotation or project schedule should identify the start point and exclusions in writing.

Packaging MOQ varies because printing setup, plates or cylinders, material-making minimums, web or sheet utilization, lamination, converting, tooling, color and finish, package dimensions, and quantity by artwork all affect an efficient production run. The correct comparison separates total quantity from quantity per size and SKU.

It can reduce conventional plate or cylinder requirements for suitable projects, which may support smaller or multi-SKU runs. It does not guarantee a one-unit production order: material, lamination, converting, pouch making, finishing, dimensions, and supplier production rules can still create minimums.

The crossover depends on package area, material, number of colors, setup or cylinder cost, quantity per SKU, waste, finishing, reorder frequency, inventory cost, and freight. P&M compares available production paths after the specification and volume plan are defined rather than applying one universal quantity threshold.

List every size and artwork version separately, with the quantity and forecast for each. Identify shared dimensions, material, structure, colors, and master artwork where applicable. This helps determine whether SKUs can share production elements and prevents a total program quantity from hiding small per-design requirements.

Editable vector artwork such as Adobe Illustrator, production PDFs, and linked or embedded high-resolution images are commonly requested. Fonts may need to be supplied or outlined after proofreading. Exact formats, color setup, image resolution, layers, and PDF standards depend on the selected printer and package.

AI-generated artwork can be used as a concept, but it may require licensing review, resolution checks, vector rebuilding, color conversion, typography replacement, editable production layers, bleed, dieline adaptation, and responsible review of trademarks, claims, and generated content before it becomes print ready.

Yes. A controlled master design can support flavor, size, language, or product variants. Each SKU still needs approved copy, barcode and variable information, artwork revision, quantity, dieline fit, color and finish review, and final proof approval.

P&M can review artwork for the selected package and production path, including dieline use, layers, linked assets, fonts, image resolution, color references, white ink, finishes, barcodes, coding areas, seals, seams, and obvious production conflicts. The responsible brand owner approves copy, regulatory content, claims, and authorized marks.

DDP means Delivered Duty Paid under Incoterms. The seller takes the responsibilities assigned by that agreed term through the named destination, including import clearance and duties. The quotation must still state the named place, included services, exclusions, delivery conditions, and applicable Incoterms version.

DDU is an older term that is no longer part of current Incoterms; DAP is commonly used for a related arrangement in which the buyer handles import clearance and duties. Do not rely only on an informal DDU label—confirm the current Incoterm, named place, customs responsibility, taxes, fees, and final delivery scope in the quotation.

Depending on shipment size, urgency, origin, destination, and service availability, options may include parcel express, air freight, consolidated ocean freight, or full-container ocean freight. Compare total landed cost, customs scope, dimensional or chargeable weight, port and final-mile charges, transit variability, and required delivery date.

Separate engineering, sampling, material preparation, tooling, artwork approval, production, quality review, export handling, transit, customs, and final delivery. The total schedule should identify dependencies and begin from the documented approval point, not from a vague promise such as days after order.

Flexible packaging structures may use PE, PP or BOPP, PET, PA or nylon, CPP, paper, aluminum foil, coatings, adhesives, inks, and application-specific barrier layers. The correct construction depends on the product, filling and sealing, storage, shelf life, distribution, opening, print, and evidence required for the intended market.

Recyclable packaging is designed for a relevant collection, sorting, and reprocessing system; compostable packaging is designed to meet a defined composting standard under specified conditions. Neither claim is universal. The exact structure, certification or test evidence, market, consumer instructions, authorized marks, and local infrastructure must support the claim.

Depending on the application, checks may include dimensions, appearance, print registration and color, roll configuration, coefficient of friction, lamination or bond performance, seal strength, leaks, zipper or fitment function, puncture, drop or distribution performance, and filling-line trials. Acceptance criteria and sampling plans should be agreed for the project.

Request documentation that identifies the final material or component, manufacturer or supplier, applicable regulation or standard, intended food type and conditions of use, test or declaration scope, date, and validity. A general FDA, EU, or food-safe statement without a matching structure and application is not enough.

No. Hot-fill, retort, and frozen applications require different review of the product, complete structure, inks, adhesives, sealant, fitments, fill process, temperature and pressure, cooling, storage, testing, and regulatory responsibilities. Suitability must be confirmed and validated for the exact package and process.