Article summary. Audience: Food Brands & Packaging Buyers. Topic: epac alternative. Key takeaway: Epac Alternative: Order custom packaging from 100 units.. Sources: ZentPak Manufacturing Data, FDA 21 CFR, ASTM Standards.
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Epac Alternative: The Complete Guide
You sent an inquiry to a major packaging supplier. The MOQ was 5,000 units. Your first production run only needed 200. You closed the browser and kept searching. We built our business to solve this exact problem for founders like you.
Featured Snippet: ZentPak offers a flexible packaging alternative to Epac with a 100-unit MOQ, HP Indigo digital printing, no plate fees, and 10–21 day delivery. We serve 1,300+ brands across 15 countries from a 50,000 sq ft facility in Guangdong, China. All materials meet FDA 21 CFR and ISO 14001 standards.
What Is Epac, and Why Are Brands Looking for Alternatives?
Epac is a digital flexible packaging company based in the United States. They use HP Indigo digital presses to produce custom-printed pouches and bags. Their service targets small and mid-size food brands.
Many founders discover Epac through a Google search for "custom pouches." The company has published useful educational content about flexible packaging. Their brand recognition is strong in the United States market.
But brand recognition does not equal the best fit for every business. Several recurring issues push founders to search for alternatives:
- MOQ limits. Epac's minimum order quantities vary by product. Some SKUs require 1,000 or more units. Founders testing a new product need fewer than that.
- Pricing structure. Unit costs at small volumes can reach $2.00–$4.00 per pouch. That creates a cash flow problem for bootstrapped brands.
- Lead times. Standard production timelines run 15–25 business days. Add international shipping, and the total wait exceeds 30 days.
- Geographic concentration. Production is primarily U.S.-based. Brands sourcing globally may need a manufacturing partner with international logistics experience.
We founded ZentPak in 2009. Our 50,000 sq ft factory in Guangdong runs HP Indigo 20000 and W&H Miraflex presses. We produce 50 million units per year across flexible packaging formats. Our team of 120 employees serves 1,300+ brands in 15 countries.
The question is not whether Epac makes quality packaging. The question is whether their model fits your stage of business. This guide breaks down every factor you need to evaluate.
How Digital Flexible Packaging Works for Small Brands
Digital flexible packaging uses computer-controlled printing to produce custom designs without physical plates. This technology changed the economics of short-run packaging. Before digital presses, custom pouches required $500–$2,000 in plate fees per design.
Here is how the process works at our factory:
Step 1: Artwork Submission. You provide print-ready files in Adobe Illustrator or PDF format. We require 300 DPI resolution minimum. Files must include 3mm bleed on all edges.
Step 2: Pre-Press Review. Our team checks color profiles, barcode scannability, and regulatory text placement. This review takes 1–2 business days.
Step 3: Digital Printing. The HP Indigo 20000 prints at 40 meters per minute using 7-color process inks. No plates are manufactured. The digital file goes directly to the press. This eliminates 3–5 days of plate production time.
Step 4: Lamination and Finishing. Printed layers are laminated with adhesive. Typical structures include PET/AL/PE or Kraft/PE. Lamination bonds take 24–48 hours to cure.
Step 5: Pouch Forming and Finishing. Material is cut, sealed, and fitted with features like resealable zippers, tear notches, or one-way degassing valves. Finished pouches are quality-checked and packed for shipping.
Step 6: Shipping. We offer free shipping to the United States on all orders. DDP (Delivered Duty Paid) terms are available. Transit time from our factory to a U.S. warehouse is 10–15 days by sea.
The entire cycle from artwork approval to delivery ranges from 10 to 21 days. Compare that to traditional flexographic printing. Plate creation alone takes 5–7 business days. Total lead time often exceeds 35 days.
Digital printing solves three problems at once. It eliminates plate costs. It reduces minimum order quantities. It shortens production timelines.
Choosing the Right Material for Your Food Product
Food packaging material selection determines shelf life, compliance, and customer experience. The wrong material causes product spoilage. It can also trigger regulatory problems. Here is what you need to know.
Material Options
We manufacture pouches in three primary material structures. Each structure suits different product types.
| Material Structure | Thickness | OTR (cc/m²/day) | WVTR (g/m²/day) | Best For |
|---|---|---|---|---|
| PET/AL/PE | 100–150 micron | <0.5 | <0.5 | Coffee, nuts, dried fruit, spices |
| Kraft/PE | 120–150 micron | 50–100 | 15–30 | Granola, dry snacks, tea |
| PLA/PBAT (compostable) | 100–130 micron | 200–400 | 50–100 | Organic snacks, short-shelf-life goods |
What Those Numbers Mean
OTR stands for Oxygen Transmission Rate. It measures how much oxygen passes through the material per day. Coffee requires OTR below 1.0 cc/m²/day. PET/AL/PE meets that threshold because the aluminum layer blocks 99.9% of oxygen.
WVTR stands for Water Vapor Transmission Rate. Products like chocolate or freeze-dried fruit need low WVTR. Moisture causes clumping, mold, and texture changes.
We test OTR and WVTR in our in-house quality control lab. Our barrier testing equipment follows ASTM F1249 for water vapor transmission and ASTM D3985 for oxygen transmission. Every production batch gets tested before shipment.
Material Selection by Product Category
| Product Type | Recommended Structure | Key Requirement |
|---|---|---|
| Whole bean coffee | PET/AL/PE + degassing valve | OTR < 0.5, valve pressure 3–5 mbar |
| Ground coffee | PET/AL/PE | OTR < 0.5, moisture barrier |
| Protein powder | PET/AL/PE | Moisture barrier, puncture resistance |
| Dried fruit | PET/AL/PE or Kraft/PE | Oxygen and moisture barrier |
| Granola | Kraft/PE | Moderate barrier, natural appearance |
| Tea bags | Kraft/PE | Moisture barrier, printability |
| Organic snacks | PLA/PBAT | Compostability certification needed |
| Spices | PET/AL/PE | Strong odor barrier, UV protection |
Compostable materials like PLA/PBAT must meet ASTM D6400 to be labeled compostable. This standard requires the material to break down by 90% within 180 days in industrial composting conditions. We hold compostable material certifications and can provide documentation on request.
If you are unsure which material fits your product, send us a sample. We will run barrier tests and recommend a structure within 3 business days.
FDA Compliance Requirements You Must Know Before Printing
Food packaging in the United States must comply with FDA regulations. Non-compliant packaging can trigger product recalls. It can also lead to import seizures at U.S. customs. Here are the rules you need to follow.
FDA 21 CFR Part 177
FDA 21 CFR Part 177 covers indirect food additives. This includes polymers used in food-contact packaging. Section 177.1520 covers olefin polymers (PE). Section 177.1630 covers PET. Both materials in our standard PET/AL/PE structure are listed in these sections.
Every polymer layer in your pouch must be either:
- Listed in 21 CFR 177 as an approved food-contact substance, or
- Supported by a Food Contact Notification (FCN) accepted by the FDA.
We maintain current documentation for all materials in our supply chain. Our FDA registration covers the entire production facility. You receive compliance certificates with every order.
ASTM D6400 for Compostable Claims
If your packaging says "compostable" on the label, the material must meet ASTM D6400. This standard tests for:
- Biodegradation (90% conversion to CO2 in 180 days)
- Disintegration (90% fragmentation within 12 weeks)
- Ecotoxicity (no negative impact on compost quality)
Our PLA/PBAT compostable materials are tested to ASTM D6400. We provide third-party lab reports with every compostable order. Do not print "compostable" on packaging without this documentation.
ASTM F1249 for Barrier Performance Claims
If you claim specific shelf life on your product label, you need data to back it up. ASTM F1249 defines the test method for water vapor transmission rate. We run this test in our QC lab on every barrier material.
Our lab equipment measures WVTR at controlled temperature (38°C) and humidity (90% RH). We also test seal integrity using burst testing. Tensile strength tests verify material durability during shipping.
Labeling and Regulatory Text
Your pouch must include:
- Net weight statement (FDA 21 CFR 101.105)
- Ingredient list (FDA 21 CFR 101.4)
- Nutrition Facts panel (FDA 21 CFR 101.9)
- Allergen declaration (FALCPA, FDA 21 CFR 101.100)
- Manufacturer or distributor name and address
We do not provide legal review of your label text. But our pre-press team checks that all required text is present and legible before printing.
ISO 14001 Environmental Management
Our facility holds ISO 14001 certification. This standard defines requirements for an environmental management system. It covers waste reduction, energy efficiency, and regulatory compliance. It does not mean your packaging is "eco-friendly." It means we manage environmental impacts in our production process with documented procedures.
Our ISO 14001 audit covers waste ink recovery, solvent management, and energy monitoring. We recycle 85% of production waste. Our water usage per unit has decreased by 30% since 2018.
Digital Printing vs. Flexographic Printing: Which One Fits Your Brand?
Two printing technologies dominate flexible packaging. Each has distinct cost structures and production limits. Choosing the wrong one wastes money.
How Digital Printing Works
Digital printing transfers artwork directly from a computer file to the press. No physical plates are created. The HP Indigo 20000 uses electrophotographic technology with 7-color process inks.
| Specification | HP Indigo 20000 (Digital) |
|---|---|
| Colors | 7-color process |
| Speed | 40 meters/minute |
| Plate cost | $0 |
| Minimum run | 100 units |
| Setup time | 1–2 hours |
| Best range | 100–5,000 units |
How Flexographic Printing Works
Flexographic printing uses photopolymer plates. Each color requires a separate plate. Plates are mounted on rotating cylinders. Ink transfers from the plate to the material.
| Specification | W&H Miraflex (Flexo) |
|---|---|
| Colors | 8-color |
| Speed | 150 meters/minute |
| Plate cost | $200–$800 per color |
| Minimum run | 5,000 units |
| Setup time | 4–8 hours |
| Best range | 5,000–500,000 units |
Cost Comparison at Different Volumes
| Order Quantity | Digital Unit Cost | Flexo Unit Cost (incl. plates) | Winner |
|---|---|---|---|
| 100 units | $1.50–$3.00 | Not available | Digital |
| 500 units | $0.60–$1.20 | Not available | Digital |
| 1,000 units | $0.40–$0.85 | $2.50–$3.00 | Digital |
| 5,000 units | $0.18–$0.45 | $0.25–$0.50 | Comparable |
| 10,000 units | $0.15–$0.35 | $0.12–$0.25 | Flexo |
| 25,000 units | $0.09–$0.25 | $0.06–$0.15 | Flexo |
The crossover point is approximately 5,000 units. Below that, digital printing costs less. Above that, flexographic printing becomes more efficient.
Print Quality Comparison
Digital printing achieves 812 DPI resolution. Flexographic printing achieves 150–175 LPI (lines per inch). In practical terms, both produce sharp, professional graphics. Digital printing handles photographic images and gradient effects better. Flexographic printing produces more consistent color across very large runs.
We operate both press types in our factory. This allows us to recommend the best option based on your order size and design complexity.
Packaging Costs at Every Volume: A Complete Breakdown
Understanding packaging cost requires looking beyond the unit price. Plate fees, setup charges, shipping, and MOQs all affect your total spend. Here is a transparent breakdown.
Stand-Up Pouch Pricing by Volume
| Quantity | Unit Price (USD) | Total Cost (USD) | Per-Unit Savings vs. 100 |
|---|---|---|---|
| 100 | $1.50–$3.00 | $150–$300 | Baseline |
| 500 | $0.60–$1.20 | $300–$600 | 60–73% lower |
| 1,000 | $0.40–$0.85 | $400–$850 | 73–78% lower |
| 5,000 | $0.18–$0.45 | $900–$2,250 | 82–88% lower |
| 25,000 | $0.09–$0.25 | $2,250–$6,250 | 92–94% lower |
Hidden Costs That Most Suppliers Do Not Disclose
Plate Fees. Traditional suppliers charge $200–$800 per color. An 8-color job costs $1,600–$6,400 in plates alone. Our digital presses have zero plate fees. This saves you that entire amount.
Setup Charges. Some suppliers charge $150–$500 per job for press setup. We include setup in our unit pricing. No separate line item.
Proofing Fees. Physical color proofs cost $75–$200 each. We provide digital proofs at no charge. Physical proofs are available for $50 per proof.
Shipping. Many suppliers charge $200–$800 for international shipping. We offer free shipping to the United States on all orders. DDP terms are available for customers who want door-to-door delivery with duties included.
Waste Allowance. Traditional printing generates 3–8% material waste during setup. Digital printing generates less than 1% waste. On a 1,000-unit order, that means 30–80 fewer wasted pouches.
Real-World Cost Example
A protein bar brand orders 2,000 stand-up pouches. Size: 6" x 9" x 3". Material: PET/AL/PE. Design: 7-color process.
At a traditional flexo supplier:
- Plate fees: $2,800 (7 colors × $400)
- Unit cost × 2,000: $0.35 × 2,000 = $700
- Setup fee: $250
- Shipping: $350
- Total: $4,100
- Per unit: $2.05
At ZentPak:
- Plate fees: $0
- Unit cost × 2,000: $0.38 × 2,000 = $760
- Setup fee: $0
- Shipping: $0
- Total: $760
- Per unit: $0.38
That is an 81% cost difference on the same order. The savings fund your next production run.
Case Study 1: How a Coffee Roaster Cut Packaging Costs by 62%
Brand: Small-batch coffee roaster based in Austin, Texas. Annual production: 12,000 units across 4 SKUs.
Before (Previous Supplier):
- Supplier: U.S.-based flexographic printer
- MOQ: 2,500 units per SKU
- Unit price: $0.55
- Plate fees: $3,200 per design change (8 colors × $400)
- Annual plate spend: $6,400 (2 design updates per year)
- Lead time: 28–35 business days
- Annual packaging cost: $13,000
After (ZentPak):
- MOQ: 100 units per SKU
- Unit price: $0.42 (at 3,000 units per order)
- Plate fees: $0
- Lead time: 14 business days
- Annual packaging cost: $5,040
- Annual savings: $7,960 (62% reduction)
The brand switched because they needed smaller per-SKU quantities. Their single-origin roasts rotate seasonally. They could not commit to 2,500 units of a coffee that sells out in 8 weeks. With our 100-unit MOQ, they order what they need, when they need it.
Each pouch includes a one-way degassing valve. The valve releases CO2 from freshly roasted beans. It prevents oxygen from entering. This maintains freshness for 6–8 weeks after roasting.
We tested their material structure in our QC lab. OTR measured 0.3 cc/m²/day. WVTR measured 0.2 g/m²/day. Both values meet the thresholds for whole bean coffee shelf life.
Case Study 2: How a Snack Brand Launched in 14 Days
Brand: Woman-owned snack company in Portland, Oregon. First product: organic trail mix. First production run needed 500 pouches.
Challenge: The founder had a retail launch date in 21 days. She received quotes from 3 packaging suppliers. All required 15–25 business days for production alone. None could deliver before her launch.
Solution:
- Day 1: Artwork files submitted (Adobe Illustrator, 300 DPI)
- Day 2: Pre-press review completed. Minor barcode correction needed.
- Day 3: Revised files approved. Production scheduled.
- Day 4–6: HP Indigo 20000 printing (7-color process)
- Day 7–8: Lamination and curing
- Day 9–10: Pouch forming, zipper insertion, quality testing
- Day 11: Final QC inspection, packing, and handoff to shipping
- Day 12–14: Air freight to Portland
Result:
- 500 Kraft/PE stand-up pouches with resealable zipper
- Unit price: $0.85
- Total cost: $425
- Design: 4-color process on Kraft substrate
- Delivered: Day 14 (7 days before launch)
- Retail launch: On schedule
The founder placed a reorder of 2,000 units on day 30. Unit price dropped to $0.48 at the higher volume. She has since expanded to 3 SKUs with quarterly orders averaging 4,000 units.
This timeline was possible because of two factors. Digital printing eliminates plate production. Our factory's annual capacity of 50 million units means we have scheduling flexibility. Smaller orders fit between large production runs without delays.
What to Look for When Choosing a Packaging Supplier
Not all packaging suppliers deliver the same value. Here is a checklist based on what causes the most problems for food brands.
1. Verified MOQ
Ask for the real MOQ, not the advertised one. Some suppliers list low MOQs online. But their actual minimum is higher once you add specific features like zippers or valves. Our MOQ is 100 units for standard stand-up pouches with any feature combination.
2. Compliance Documentation
Request these documents before placing your first order:
- FDA 21 CFR compliance letter for all food-contact materials
- Material safety data sheets (SDS) for inks and adhesives
- ASTM D6400 certification if using compostable materials
- ISO 14001 certificate for the production facility
We provide all of these documents with every new customer account. No request needed.
3. Quality Testing Capabilities
Ask whether the supplier has an in-house QC lab. Many do not. They rely on third-party testing. That adds time and cost.
Our in-house QC lab performs:
- OTR testing (ASTM D3985)
- WVTR testing (ASTM F1249)
- Tensile strength testing
- Seal integrity (burst testing)
- Drop testing for shipping durability
Every batch is tested. Results are recorded and available on request.
4. Shipping Terms and Costs
International shipping costs vary by 300–500% between suppliers. Ask for DDP (Delivered Duty Paid) pricing. This includes all shipping, duties, and taxes in one quote.
We offer free shipping to the United States. DDP terms are available for customers who want complete cost certainty. Typical DDP transit from our Guangdong factory to a U.S. address is 14–21 days.
5. Print Technology
Ask what press the supplier uses. The press determines print quality, color accuracy, and speed.
| Feature | HP Indigo 20000 (Our Digital Press) | Typical Flexo Press |
|---|---|---|
| Resolution | 812 DPI | 150–175 LPI |
| Color consistency | 1–2 Delta E variation | 3–5 Delta E variation |
| Variable data | Yes (every pouch can be unique) | No |
| Plate cost | $0 | $200–$800 per color |
| Minimum order | 100 units | 1,000–5,000 units |
Variable data printing means you can add unique QR codes, batch numbers, or serial numbers to each pouch. This is useful for traceability and marketing campaigns. Traditional flexo cannot do this.
6. Turnaround Time
Ask for a guaranteed delivery date, not an estimate. Get it in writing.
Our standard production time is 5–10 business days. Total delivery to the United States is 10–21 days depending on shipping method. We provide a confirmed delivery date with every order acknowledgment.
7. Customer References
Ask for references from brands in your category. A supplier experienced in coffee packaging may not understand the requirements for frozen food. We have served 1,300+ brands across 15 countries. Our experience spans coffee, snacks, pet food, supplements, tea, and confectionery.
Frequently Asked Questions
What is the minimum order quantity at ZentPak?
Our MOQ is 100 units for stand-up pouches. This applies to all materials and feature combinations. There is no minimum for digital printing. At 100 units, the price ranges from $1.50 to $3.00 per unit depending on size and features.
How does ZentPak pricing compare to Epac pricing?
Pricing depends on volume, material, and features. At 1,000 units, our range is $0.40–$0.85 per pouch. We have zero plate fees and free U.S. shipping. Request a quote with your exact specifications for an apples-to-apples comparison.
Are your pouches FDA-compliant for direct food contact?
Yes. All our materials comply with FDA 21 CFR Part 177 for indirect food additives. We are an FDA-registered facility. You receive compliance documentation with every order. Our inks and adhesives also meet FDA food-contact requirements.
Can I get compostable packaging?
Yes. We offer PLA/PBAT compostable materials tested to ASTM D6400. These materials achieve 90% biodegradation within 180 days in industrial composting. Third-party lab reports are available. Do not label your packaging as "compostable" without this documentation.
What is your standard lead time?
Production takes 5–10 business days after artwork approval. Shipping to the United States adds 5–11 days by air or 15–25 days by sea. Total door-to-door delivery is 10–21 days. Rush orders are available for an additional fee.
Do you offer free samples?
Yes. We send sample pouches in your preferred material and size. Samples ship within 3 business days. You pay only for shipping (or we cover it for qualified inquiries). Samples do not include custom printing.
Conclusion
Choosing a packaging supplier is a decision that affects your margins, timeline, and compliance. ZentPak offers 100-unit MOQs, zero plate fees, and FDA-compliant materials with 10–21 day delivery.
Next Step
Request a free quote with your exact specifications. Include your pouch size, material preference, quantity, and artwork files. We respond within 24 hours with pricing, timeline, and a digital proof.
[Get Your Free Quote →]
Related Resources
- ZentPak manufacturing capabilities
- request free packaging samples
- flexible packaging low MOQ
- order custom packaging from 100 units
FAQ: Common Questions About epac alternative
Q1: What MOQ does ZentPak offer for epac alternative?
ZentPak supports orders from 100 units on digitally printed flexible packaging, with no plate fees on qualifying runs.
Q2: How fast can I get samples or a quote?
Submit your size, material, and artwork through our contact form. Most quotes return within 24 business hours, and sample kits ship after spec confirmation.
Q3: Are materials FDA-compliant for food contact?
Yes. Food-grade structures are documented against FDA 21 CFR indirect food-contact rules, with batch Certificates of Compliance available under NDA.
Frequently Asked Questions About epac alternative
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