The wrong paper packaging manufacturer can quickly increase costs, create quality issues, and disrupt your supply chain. Working with unreliable suppliers often leads to inconsistent materials, unexpected expenses, and packaging failures during transportation.
This guide explains the key factors to evaluate when selecting a paper packaging manufacturer, including material quality, production capabilities, printing processes, certifications, and quality control systems.
Define Your Requirements Before Choosing a Paper Packaging Manufacturer
A detailed packaging specification sheet helps suppliers provide accurate quotes, prevents material misunderstandings, and ensures every supplier evaluates the same requirements.
Before you ask a manufacturer for pricing or samples, you must define the physical, functional, and aesthetic boundaries of your package. Clear specifications prevent costly design iterations and ensure your quotes represent real-world production costs.
Structural and Material Specifications
The structure of your packaging dictates its behavior on the factory floor and in transit. Specifying these variables protects product integrity and avoids mechanical errors during automated assembly.
- Dimensions & Hierarchy: Exact internal and external measurements, total product weight, and the structural layout from the primary wrap to secondary boxes and outer shipping cartons.
- Material Composition: Specific paperboard grades, target ratios of virgin to recycled fiber, and required barrier coatings to block grease, moisture, or aroma transmission.
- Print & Finishing: Chosen print processes (offset, flexo, or digital), brand color tolerances (Delta E parameters), and surface finishes like matte varnish, gloss, or embossing.
- Closure & Sealing: Exact mechanism (tuck-in flap, automated glue, tape, or tamper-evident seal) and compatibility with your packing line speed.
Compliance, Performance Testing, and Commercial Controls
A beautifully printed box is useless if customs impounds it or if it collapses on a pallet. You must outline the regulatory, testing, and business parameters before signing any production contract.
- Regulatory & Food Safety: Specific target market rules, direct or indirect food-contact compliance declarations, and regional recycling laws.
- Performance Testing: Standardized shipping test protocols (like ISTA drop tests), edge crush test (ECT) targets, and box compression strength minimums.
- Marking & Labeling: Mandatory product labeling data, regional recycling codes, composition symbols, and traceability serials.
- Commercial Baselines: Minimum order quantities (MOQs), production lead times, and mandatory supplier documentation like material certificates.
Paper Packaging Manufacturer vs Trading Company: Key Differences to Understand
Buying directly from a manufacturer can reduce additional intermediary costs and gives you clearer communication with production and engineering teams.
Core Differences in Cost Structures and Customization Capabilities
Direct sourcing and intermediary brokers represent two completely different pricing and production realities. Understanding how these entities build their commercial offers helps you protect your margins and product integrity.
- Cost Markups: Trading companies usually add an additional margin to factory pricing, which may increase your total packaging cost depending on the project structure and service scope. For high-volume runs, this intermediary premium quickly escalates unit costs.
- Design Control: Working directly with a manufacturer grants direct access to technical teams for structural design, dieline creation, and custom material selection.
- Sourcing Scale: Manufacturers require higher minimum order quantities (MOQs) to offset production setup costs. In contrast, trading partners accept lower volumes and consolidate multi-category shipments.
For standard folding cartons or plain bags, the convenience of a trading company might justify the added cost. But if your product demands specific structural integrity or high-volume repeat runs, bypassing the middleman yields substantial savings and prevents engineering translation errors.
Operational Risks and Practical Methods for Supplier Verification
Relying on self-reported supplier profiles exposes your supply chain to sudden quality failures and delivery delays. Intermediaries often struggle with quality accountability, making direct verification through a factory audit a critical operational step.
- Quality Accountability: Resolving defects through a trading company introduces a slow communication layer. When defective batches arise, the broker and the factory often debate blame while your shipping window slips.
- Business License Checks: Direct factories hold licenses explicitly detailing “processing,” “producing,” or “manufacturing” packaging products. Trading companies show only “wholesale,” “retail,” or “import/export” scopes.
- Physical Facility Audits: Actual manufacturers reside in industrial zones with specific workshop addresses. Check whether the supplier’s registered business scope matches manufacturing activities and verify whether they can provide production records, factory images, or live factory tours.
- Live Verification: Legitimate suppliers easily share real-time on-site photos and video tours. Requesting a simple photo of the factory floor with a handwritten note displaying your company name and date screens out brokers immediately.
- Certificate Validation: Always verify Forest Stewardship Council (FSC) and ISO certificates directly on official registry databases. Ensure the registered factory name matches the contracting entity.
Taking these steps before signing a contract prevents expensive quality surprises later. Insist on direct documentation and independent registration checks to build a stable, transparent supply chain.
Partner with a Reliable Custom Packaging Manufacturer
Evaluate a Paper Packaging Manufacturer’s Production Capacity
Evaluate a paper packaging manufacturer’s production capacity by reviewing its equipment, factory capabilities, material supply stability, and ability to handle your expected order volume.
Equipment Line Configuration and Real-World Output Verification
You cannot rely on a supplier’s marketing brochure to judge their output. You need to analyze the actual hardware on the factory floor and map it directly to your packaging specs.
- Machine Fit: Match physical machinery specifications directly with your portfolio dimensions. Check the maximum blank sizes, bag-making speeds, or tube-winding diameters.
- Bottleneck Identification: Audit critical conversion stages. Look for processing limitations across high-speed flexo printing lines, die-cutters, and folder-gluers.
- Historical Performance: Ask the manufacturer about their production capacity, equipment types, typical output, and ability to handle your expected order volume.
- Throughput Calculation: Calculate effective capacity using actual cycle and takt times. Never accept theoretical paper capacity figures.
Material Supply Stability and Surge Agreement Management
A packaging plant with empty raw material racks produces zero boxes. You must evaluate how the manufacturer secures its paper reels and how they handle sudden demand spikes.
- Supply Chain Traceability: Trace their raw material pipelines. Focus heavily on global kraft paper and board supply chains to guarantee fiber access during tight seasonal runs.
- Surge Planning: Establish explicit contract terms for reserved line time. Build in safeguards for 30% to 50% volume increases to cover peak promotion periods.
- Controlled Validation: Run a pre-selection pilot build. Use this live run to evaluate real-time plant coordination, material flow, and operator performance before final selection.
Assess Paper Materials and Printing Capabilities of Your Packaging Manufacturer
Selecting the correct paper grade and printing technology directly determines your packaging strength and color accuracy, eliminating waste and costly print registration errors on the production line.
Paper Grades and Structural Selection Standards
Buyers must match specific packaging requirements directly to the physical properties of the paper substrate. Choosing the wrong grade compromises structural integrity during transport or ruins the final print finish. We categorize the core selection standards by application and structural demand:
- Kraft Paper: Delivers high durability and tear resistance, making it the standard choice for eco-focused brands.
- SBS and FBB (Solid Bleached Sulfate / Folding Box Board): Premium white virgin-fiber board designed for clean, high-end retail folding cartons with various folding carton styles.
- Duplex Board: Maximizes budget efficiency on high-volume runs where cost per unit is the primary driver.
- Corrugated Board: Provides multi-layer fluting for cushioning, built specifically to handle shipping and transit protection.
Beyond the base material, manufacturers must specify and control critical substrate properties to ensure clean conversions on the production floor:
- Basis Weight (GSM): Directly dictates the structural stiffness, box feel, and load-bearing capacity under compression.
- Lint Levels: Low-lint paper prevents dust accumulation on print plates, ensuring clean ink transfers and reducing downtime.
- Surface Texture: Smooth textures guarantee uniform ink holdout, rendering sharp images and barcode graphics.
- Moisture Content: Operators must hold moisture within a strict target window of 5.5% to 7.0%. Deviations cause curl, static buildup, and print registration defects.
- Active Surface Barriers: Applying specialized coatings, varnishes, or laminations overcomes paper’s natural lack of grease, moisture, and scuff resistance.
Printing Technologies and Manufacturer Capability Assessment
Selecting a print process depends on your total run length, target substrate, and graphic complexity. Aligning these variables prevents margin erosion and color mismatching:
- UV Printing: Used to create premium effects and enhance surface appearance.
- Digital Printing: Optimized for short-run customization, rapid prototyping, and seasonal versioning without the cost of physical plates.
- Offset Printing: The benchmark for premium retail packaging that requires high-fidelity color matching, sharp halftone dots, and tight registration tolerances.
When auditing a manufacturer’s printing and quality capabilities, look beyond the machinery list. Verify how they handle technical integration and process control:
- Specialty Finishing: Confirm inline or offline access to aqueous coatings, UV varnishes, and extrusion lamination to protect the printed surface from friction.
- Substrate and Ink Compatibility: Ensure the factory pairs specialized papers (like metallic or pearlescent stocks) with compatible inks and primers to prevent adhesion failure.
- Supplier Quality Control: Evaluate their real-time quality protocols, focusing on raw material traceability, moisture-monitoring logs, and certified environmental sourcing practices.
Verify Sustainability Certifications from a Paper Packaging Manufacturer
Third-party forestry and operational certifications protect brands from greenwashing liability by verifying raw material origins and environmental compliance throughout the supply chain.
Primary Forestry, Material Sourcing, and Operational Standards
Standardized benchmarks verify fiber origins, sustainable packaging materials, and plant-level impacts. Reliable manufacturers should be able to provide valid certifications that support their environmental and quality commitments.
- FSC and PEFC CoC: These programs verify responsible timber harvesting and prevent unapproved fiber sources from entering the supply chain.
- Sustainable Forestry Initiative (SFI): This standard ensures responsible forest management across North American supply chains.
- GRS and RCS Guidelines: These systems track post-consumer recycled content percentages throughout production.
- ISO 14001 and ISO 9001: These environmental and quality management systems reduce factory emissions, waste, and process inconsistencies.
- EN 13432 and ASTM D6400: These industrial compostability standards work with How2Recycle labels to validate packaging disposal pathways.
Supplier Screening Framework and Chain of Custody Verification
Vetting suppliers requires a structured approach to confirm that certifications remain active and apply to the specific facilities producing your orders.
- Baseline Qualifications: Reliable manufacturers should be able to provide valid ISO 14001, ISO 9001, and FSC or PEFC Chain of Custody certificates.
- Database Auditing: Procurement teams check validity, scope, and renewal status using official public registration databases.
- Internal Traceability: Factories must maintain batch-level records for inks, coatings, and paperboard substrates to support compliance.
- Application Matching: Specific certifications must match product needs, using BRCGS for food-contact items and GRS for e-commerce boxes.
- Due Diligence Checklists: Audits evaluate supplier histories, corrective action reports, and environmental reporting.
Review Quality Control and Sample Testing Standards
Rigorous quality control and precise sample validation prevent structural failures on the line and protect brand consistency during high-volume production runs.
| Evaluation Category | Standard / Protocol | Target Metric |
|---|---|---|
| Mechanical Strength | Edge Crush (ECT), Burst (Mullen) | Load-bearing capacity and puncture resistance |
| Dimensional Accuracy | Caliper testing, ISO 534, ISO 287 | Thickness uniformity and moisture levels (5.5%–7.0%) |
| Color Accuracy | Spectrophotometer verification | Delta-E (ΔE) limits ≤ 2–3 |
Testing Protocols for Material and Structural Performance
A premium paper package looks and performs consistently only when the factory runs structured physical audits on its raw stock. Without these checks, seasonal humidity shifts and fiber variations can ruin structural integrity during transit.
- Edge Crush Test (ECT): Evaluates the top-to-bottom compression strength of corrugated board, ensuring pallets stack without buckling.
- Bursting Strength (Mullen): Measures the pressure required to rupture the paperboard, signaling resistance to rough transit handling.
- Caliper Measurement (ISO 534): Verifies board thickness under a constant pressure of 100 kPa to guarantee processing consistency.
- Moisture Control (ISO 287): Maintains raw board moisture in a tight 5.5%–7.0% window to eliminate curling and registration errors on the press.
Firms should rely on factories with audited systems to guarantee these parameters on every shift. Look for three core credentials:
- ISO 9001: Confirms a repeatable quality management system across design and production.
- BRCGS Packaging: Establishes strict hygiene and contamination controls, making it essential for food and cosmetics.
- FSC Chain-of-Custody: Traces fiber back to certified sustainable forests, validating environmental claims on-pack.
Procedures for Sample Evaluation and Supplier Verification
Placing a volume order without validating physical pre-production samples (PPS) creates immense commercial risk. Real-world validation proves whether the package operates cleanly on manual or automated assembly lines.
For color-critical branding, technicians must measure physical prints with spectrophotometers rather than relying on visual approximations. We measure success by tracking specific metrics:
- Delta-E (ΔE) Tolerances: Keep color variation under a strict ΔE limit of 2 to 3 to protect brand identity across different production batches.
- Pre-Production Samples (PPS): Match sample routes to intended bulk lines, ensuring the same machines, plates, and inks are verified.
- Acceptable Quality Limits (AQL): Set risk-based sampling plans under ISO 2859-1 to define exact defect thresholds before shipping.
Spotting manufacturing red flags early saves capital. Walk away if a supplier cannot define their AQL limits, struggles to maintain consistent thickness between sample batches, or fails to provide batch-level traceability records.
Why Choose PackCCP as Your Paper Packaging Manufacturer?
A reliable packaging partner plays a critical role in maintaining consistent quality, controlling costs, and supporting long-term brand growth. PackCCP provides factory-direct custom packaging solutions with nearly 30 years of industry experience, supporting brands from structural design and material selection to production and quality inspection. With in-house manufacturing capabilities, experienced production teams, and strict quality control processes, PackCCP helps customers achieve consistent packaging quality and reliable delivery. From cosmetic boxes and retail packaging to customized paper solutions, we work closely with brands to create packaging that balances design, protection, and sustainability.
Understand MOQ, Lead Time, and Pricing from a Paper Packaging Manufacturer
Setup economics dictate custom packaging minimums and lead times. Standardizing structures, simplifying artwork, and choosing the right print method directly reduces your total landed cost.
MOQ drivers and lead time benchmarks in paper packaging
Custom paper packaging run lengths depend heavily on setup efficiency. Initial setup costs, including cutting die fabrication, printing plate fees, and press calibration, determine the economic threshold for custom runs. Structural and visual complexity directly scale these minimum order quantities (MOQs). When you add multi-piece designs, plastic windows, or specialty coatings, the supplier must run larger volumes to amortize the intricate preparation steps.
- Digital printing programs: Support low-volume runs down to 100 units by eliminating physical plates and setup waste.
- Custom flexible pouches: Typically require a minimum of 6,000 units due to material web alignment and setup needs.
- Custom paper bowls: Require 30,000 to 50,000 units because high-speed cup-forming machinery demands massive runs to offset waste.
Production timelines also depend on structural complexity. Simpler mailer boxes or folding cartons require 12 to 18 business days after you approve the final proof. Premium rigid boxes and folding cartons with complex structures and hand-wrapped finishes require different production timelines depending on the manufacturing process. Several logistical variables can extend these windows:
- Artwork proofing: Each additional revision round adds 5 to 10 business days to the schedule.
- International transit: Customs clearance and shipping add 5 to 15 business days for ocean or air freight.
Pricing structures, cost trade-offs, and quoting guidelines
Securing a reliable packaging price requires a clean cost breakdown. Ask your manufacturer to supply an itemized quotation rather than a single blended figure. This visibility exposes hidden markups and enables direct cost engineering.
- Quote line items: Request separate lines for unit price, tooling charges, plate fees, pre-production sampling costs, and freight.
- Shipping terms: Confirm whether the supplier quotes on EXW, FOB, or CIF terms to accurately compute your actual landed cost.
- Price breakpoints: Request pricing at 1,000, 5,000, and 10,000 units to identify where the high initial setup costs amortize and drop the unit price.
Your print method directly dictates your cash flow and unit margin. Digital printing removes plate costs, offering a lower entry barrier and faster turnarounds for short runs. Traditional offset printing requires higher upfront plate investments but delivers significantly better unit economics as your volumes scale.
If a supplier’s MOQ exceeds your immediate needs, ask to modify the specifications to lower the threshold. Practical adjustments include:
- Standard structures: Use existing factory die lines to eliminate custom tooling fees.
- Stock substrates: Select paperboards that the factory routinely keeps in inventory rather than requesting custom material runs.
- Simplified color layouts: Reduce the color count to minimize print station changeovers.
Improve Communication with Your Paper Packaging Manufacturer
Misalignment between design and production destroys margins. Aligning dielines, schedules, and plant communication prevents waste and keeps packaging launches on track.
Standardized Communication Protocols and Project Frameworks
Paper packaging lines run on razor-thin scheduling windows. If a dieline contains errors or prepress proofing stalls, custom offset or flexo presses sit idle, generating massive substrate waste. Leading plants protect margins by running structured project plans that synchronize CAD dieline handoffs with prepress approvals and raw board arrivals.
Centralized communication is not a nice-to-have. It maps out exact stakeholder responsibilities, provides visual plant tracking updates, and establishes fast escalation paths when production bottlenecks happen. This keeps brand owners, designers, and print operators aligned before the first run starts.
You need dedicated packaging project managers who act as direct liaisons to the plant floor. These managers translate complex brand specifications into exact machine settings, keeping design requirements and engineering constraints in lockstep.
Supplier Assessment Criteria and Partnership Integration Metrics
Vetting a paper packaging vendor requires testing their actual project control systems, not reading marketing brochures. A structured evaluation helps isolate reliable manufacturers from intermediaries who lack real quality oversight.
- Governance & Prepress Auditing: Ask prospective plants how they handle change control, who reviews dieline vector files, and how many projects their team manages at once to test their technical experience.
- Operational Red Flags: Walk away if a vendor relies on unstructured emails instead of formal schedules, shows confusion over artwork revision history, or isolates plant operations from project timelines.
- Long-Term Alignment Metrics: Integrate your procurement teams using shared calendars, and track performance with KPIs like on-time delivery, dieline cycle times, and defect-related scrap rates.
Setting up these metrics ensures your packaging supply chain stays stable as volume scales, converting plant communication from an operational bottleneck into a competitive leverage point.
Questions to Ask Before Selecting a Paper Packaging Manufacturer
Vetting a paper packaging manufacturer requires auditing their real factory footprint, testing technical precision, and locking in transparent cost and capacity metrics before signing any contract.
Brokers and trading companies frequently pose as direct manufacturers to collect a margin. To protect your supply chain and keep costs low, you must verify their physical assets and technical limits before sending a deposit.
Technical Capability and Quality Control Questions
A manufacturer’s machinery and testing protocols determine whether your packaging succeeds on the retail shelf and survives transit. You should challenge their technical setup with direct questions on materials, prepress, and inspection standards.
- Factory Verification: Ask the supplier for their business license manufacturing scope, actual workshop address, and live video tours of running printing and die-cutting machinery. Real factories willingly share raw documentation and let you use the “paper trick”—photographing your name on a sheet next to their machines on the production floor.
- Material and Structural Fit: Evaluate if they stock your target paperboard grades (such as SBS, FBB, or kraft) and if their in-house engineers can build custom dielines from scratch. Verify their specific experience in your product category to avoid structural failures under load.
- Printing and Finishing Precision: Ask how they control color consistency (specifically demanding a ΔE tolerance of 2.0 or less) and check their prepress review workflows. Confirm if they run offset, flexo, or digital presses in-house, and check their capabilities for aqueous coatings, spot UV, and lamination.
- Inline Inspection and Defect Policies: Demand to see their statistical process control (SPC) charts and AQL sampling plans under ISO 2859-1. Clarify their exact pre-production sampling (PPS) timelines and get their written defect compensation policy for misprints or warped boards before production starts.
Commercial Terms, Logistics, and Sustainability Questions
Commercial alignment prevents unexpected bottlenecks when your order volumes scale. You need to map out every cost component, supply chain safeguard, and environmental certification to ensure a predictable partnership.
- MOQ and Scalability Tiers: Clarify their minimum order quantities per SKU—typically ranging from 500 units for digital runs to 2,000+ for traditional offset folding cartons. Ask for tiered pricing breakpoints (e.g., 5k, 10k, and 50k units) and confirm their maximum monthly output.
- Itemized Cost Transparency: Request a quote that separates unit prices from non-recurring fees. Demand explicit pricing for die-cut tooling, printing plates, prepress setup, and ongoing storage fees for plates and cutting forms.
- Logistics and Supply Safeguards: Verify production lead times—typically 12 to 18 business days for folding cartons and 25+ days for rigid boxes. Confirm their export experience, preferred Incoterms (like FOB or DAP), and how they secure raw paper pulp during peak season shortages.
- Sustainability and Sourcing: Confirm they hold a valid FSC or PEFC Chain of Custody certificate, not just that they buy certified paper. Review their raw material waste reduction programs and check if they offer water-based inks and compostable coatings.
Frequently Asked Questions
How do I choose a paper packaging manufacturer?
Define your precise specifications up front: packaging type, dimensions, material grade, volume, and printing requirements. Build a target list of suppliers on B2B directories like ThomasNet or Alibaba, then screen them down to a shortlist of three for detailed RFQs. When evaluating candidates, verify their physical machinery, demand ISO 9001 and FSC certifications, and test their response times. Run a small physical prototype or pilot batch to verify performance before signing off on a high-volume production run.
Should I buy directly from a factory or use a distributor?
Sourcing directly from a factory cuts out middleman markups, reducing unit costs by 20% to 30% at scale, and gives you direct control over custom structures, printing, and problem resolution. But factories demand much higher minimum order quantities (frequently 50,000+ units for custom food packaging or 2,000+ for offset folding cartons) and shift the operational burden of shipping, customs, and technical specs onto your team. Stick with a distributor if you need small, standard, or quick-turn orders. Source factory-direct when scaling highly branded or custom-engineered packaging programs.
Which certifications should I look for in a packaging supplier?
Require ISO 9001 as your baseline standard for quality management and process control. For sustainability, verify they hold an active FSC (Forest Stewardship Council) Chain of Custody certificate to confirm responsible fiber sourcing. If you package food, demand FDA 21 CFR compliance, BRCGS Packaging Materials certification, or GHP/HACCP documentation. For premium branding programs, look for G7 Master print certification to ensure color consistency, and request SMETA or BSCI audits to manage social compliance risks.
What is a reasonable minimum order quantity (MOQ) for custom paper packaging?
Reasonable MOQs vary by production process. Digitally printed folding cartons or mailers require no plate tooling, allowing low MOQs of 50 to 100 pieces. Traditional offset-printed cartons require a minimum of 2,000 pieces to offset print-plate and machine setup costs. Custom paper bags typically start at 500 pieces. Highly automated foodservice packaging like custom-printed paper cups or bowls require MOQs of 30,000 to 50,000 units due to the setup economics of high-speed forming equipment.
How long does the custom paper packaging production process take?
Standard factory production runs 12 to 25 calendar days depending on design complexity. Corrugated boxes take 12 to 18 days, folding cartons take 18 to 25 days, and rigid gift boxes or custom paper bags require 20 to 35 days because they involve manual assembly steps. You must add 1 to 3 weeks for initial sampling and design approvals, plus 1 to 8 weeks for transit, depending on whether you ship via air or sea. Expect a total turnaround of 8 to 14 weeks for your first order, while repeat orders take 4 to 7 weeks.
How can I verify a manufacturer’s production capacity?
Demand a line-by-line production capacity sheet specifying machine models, rated speeds, and daily output of good pieces only. Request a live video walkthrough of raw materials, active production lines, and finished goods storage to confirm the physical existence of the machinery. Check their current order book utilization to see if they have scheduling headroom, and ask about their daily shift patterns, labor coverage, and scrap/rework rates.
How do I test and evaluate sample quality?
Measure the sample’s actual basis weight (GSM) and caliper (thickness) to ensure they match your specifications. Run basic dimensional checks aiming for ±3 mm tolerance and perform a water-immersion test to check expansion and warping resistance. Evaluate joint strength by trying to tear glued seams, check folding lines for outer cracking, and run a tape test on printed surfaces to evaluate ink adhesion. Finally, pack your product inside and run physical drop and stack tests to verify real-world protection.
What steps can I take to avoid unreliable suppliers?
Cross-reference the supplier’s registered business name with their invoices, bank details, and quality certificates to catch intermediaries posing as factories. Avoid suppliers who cannot provide technical datasheets with named ISO or ASTM test methods, or those who make vague ‘eco-friendly’ or ‘food grade’ claims without active FSC or FDA certificate numbers. Always request physical samples and execute a low-risk trial or pilot run (such as a 100- to 500-unit test batch) before committing to high-volume contracts.
Final Thoughts
While unverified brokers often lure buyers with low upfront prices, partnering directly with a certified manufacturer using rigid design specifications is the only way to safeguard your margins against structural failures and print defects. Securing your supply chain with locked-in material grades and certified quality controls transforms your packaging from a simple operating expense into a predictable brand asset. Investing in technical validation now eliminates costly transit damage and production delays later.
Eliminate risk on your next run by validating your specifications before going to press. We recommend starting with a structural pre-production sample to test your material weight and closure mechanisms firsthand. Contact our engineering team today to share your dielines or to request an itemized cost breakdown for your upcoming launch.
