The first question in beverage sourcing is regulatory: which agency owns your product? The answer determines your permitting, labeling, and co-packer requirements.

FDA regulates non-alcoholic beverages. Bottled water, juices, teas, coffees, energy drinks, functional waters, kombucha (under 0.5% ABV) — all fall under FDA's food safety framework. The rules that apply are the Food Safety Modernization Act (FSMA), 21 CFR Parts 110/117 (cGMP for food), and if supplement ingredients are added, additional dietary ingredient rules. The FDA's GRAS (Generally Recognized as Safe) database is the reference point for ingredient safety in beverages.

TTB (Alcohol and Tobacco Tax and Trade Bureau) regulates alcoholic beverages. Beer, wine, spirits, and hard seltzers above 0.5% ABV require a federal Basic Permit from TTB, label approval (Certificate of Label Approval — COLA) for each product, and compliance with state-level alcohol distribution laws. TTB jurisdiction means a different co-packer pool — alcohol-licensed production facilities — and a different labeling process entirely.

The gray zone: kombucha and near-beer. Hard kombucha (above 0.5% ABV) crosses into TTB territory. Low-ABV beverages marketed as non-alcoholic but fermented need careful ABV testing and classification. If your beverage ferments in transit or on-shelf, test for ABV before labeling it non-alcoholic.

The functional layer: FDA supplement rules inside a beverage. If you add adaptogens, CBD, botanical extracts, or vitamins above nutritional value levels to a non-alcoholic beverage, FDA may scrutinize the classification. Some ingredients (CBD) are currently prohibited by FDA as food additives pending regulatory finalization. Ask your co-packer's regulatory team — not their sales team — about specific ingredient status before finalizing a formula.

See also: food & beverage industry overview.

The beverage industry uses "co-packing" and "contract manufacturing" semi-interchangeably, but the distinction matters for how much control you have over the formula and process.

Co-packing. The co-packer operates as a production facility — you bring (or specify) the formula, and they run it through their filling equipment. Their job is production execution: sourcing ingredients to your spec, filling containers, applying labels, palletizing, and shipping. Co-packing is faster to engage for established formulas. It does not include formula development. If you need formula development, you'll either do it separately (food scientist, flavor house) or find a co-packer that offers it as an add-on.

Contract manufacturing. The facility takes a brief and develops the formula on your behalf, then manufactures it. This is appropriate when you don't have a formula yet — you have a category concept and a flavor profile, and the manufacturer handles development through production. Contract manufacturing relationships are more integrated and typically have longer lead times because formulation adds 4–8 weeks at the front end.

Which is right for you? If you have a recipe you've validated at small scale (home, commissary kitchen, pilot batch), co-packing is the right model — you're translating a known formula to commercial scale. If you have a category idea but no formula, contract manufacturing is the right model. Most established beverage brands use co-packing for their primary SKUs and contract manufacturers for new formula development.

Flavor houses as a third option. Flavor development is a separate supply chain from production. Firms like Givaudan, IFF, Synergy Flavors, and smaller regional flavor houses develop beverage flavor profiles that can then be taken to a co-packer. If your competitive moat is a proprietary flavor profile, owning the flavor development is worth the additional step.

Container type is the single biggest driver of MOQ in beverages. Here are typical industry ranges.

Aluminum cans (12 oz standard). Minimum run: 7,200 units (one pallet of 24-count cases) at most co-packers. Realistic first run for a brand-building launch: 25,000–50,000 units. Can costs are lower per unit at volume; at sub-10,000 unit runs you're paying setup premiums that make the economics difficult. Cans also require lead time for can supply — plain aluminum cans are available off the shelf; printed cans require 8–12 weeks for artwork setup and can manufacturing.

PET bottles (12–20 oz). Minimum run: 5,000–15,000 units depending on co-packer. Standard PET is a friendlier entry MOQ than cans because bottles are available from multiple distributors. Hot-fill vs. cold-fill matters — hot-fill processes (juices, teas, functional waters) require co-packers with hot-fill lines, which are not universal. Custom PET molds add significant cost and require 10,000+ unit commitments to amortize.

Glass bottles. Minimum run: 2,000–10,000 units. Glass is the highest per-unit cost container but commands premium retail positioning. Suitable for spirits, premium juices, kombuchas, and artisan beverages. Breakage rate in shipping adds to effective cost — factor 2–3 percent breakage into your landed-cost model.

Cartons (Tetra Pak, SIG, equivalent). Minimum run: 25,000–100,000 units. Aseptic carton filling requires specialized equipment and long-term commitments from the co-packer. This format is for established brands with proven demand, not first-run launches. Cartons are common in juice, plant-based milk, and refrigerated RTD coffee at retail scale.

Pouches (flexible stand-up). Minimum run: 5,000–20,000 units. Growing format for functional beverages, juice shots, and kombucha. Pouch filling equipment is more available than carton filling. Shelf-life is often shorter in pouches without specialized barrier materials.

Beverage lead times have more moving parts than most categories because multiple supply chains converge at the co-packer: ingredients, containers, labels, caps/closures, and production scheduling.

Stock formula, domestic co-packer: 4–10 weeks. The speed floor in beverages. Stock formula means the co-packer already produces a formula similar to what you want; you're customizing flavor, label, and potentially minor ingredient adjustments. The timeline: label design and approval (2–3 weeks), ingredient procurement (1–2 weeks), production scheduling (1–2 weeks), production run (1–2 days for most co-packers), QC hold and release (1 week). Total: 4–10 weeks depending on co-packer scheduling backlog.

Custom formula development, domestic: 10–18 weeks. Formula development at a flavor house or co-packer's R&D team: 4–8 weeks. Prototype review, revision, and final approval: 2–4 weeks. Nutritional panel and regulatory label compliance: 1–2 weeks. Production: 1–2 weeks. Total: 10–18 weeks from brief to finished goods.

Offshore co-packer (Southeast Asia, Europe): 12–20 weeks. Formula work timeline similar to domestic, but add 4–6 weeks for ocean freight and customs clearance. Airfreight compresses transit to 5–7 days but at significant cost premium — only viable for high-value, low-weight products like shots and concentrates.

Container-specific lead times that run in parallel. Printed aluminum cans: 8–12 weeks from artwork approval to can delivery at the co-packer. Custom PET molds: 8–14 weeks. Custom glass molds: 12–20 weeks. Standard (off-shelf) containers are available in 2–4 weeks. If you're using printed cans, the can lead time is often the critical path — start it in parallel with formula development, not after.

The beverage category is more domestically concentrated than cosmetics or supplements, primarily because liquid products are heavy and freight-cost-sensitive.

Domestic US co-packing wins in most scenarios. Freight cost is the dominant reason — a pallet of 12 oz cans weighs 800–1,000 lbs. Ocean freight from Southeast Asia or Europe on a multi-pallet run typically adds $0.10–0.35/unit to your landed cost. For beverages priced under $5 retail, that's a margin problem. Domestic co-packers also offer simpler FSMA compliance, faster recall execution if needed, and no customs clearance delay.

Offshore makes sense in two scenarios. First: your formula uses ingredients that are not commercially available in the US — certain Asian botanicals, specialty extracts, or fermented bases. Second: you're producing a beverage for sale in the offshore region, not importing it. A European co-packer for a European market makes sense; the same co-packer for US distribution usually doesn't.

Regional US co-packer considerations. The US co-packer landscape has strong regional clusters: Pacific Northwest (cold brew, kombucha, functional beverages), Midwest (large-scale traditional co-packing, cans and PET), California (natural and functional beverage specialists), Southeast (RTD tea, juice). Matching to a regional cluster that runs your category often gives you better pricing and faster scheduling than a generalist co-packer.

Functional beverages — energy drinks, adaptogen waters, nootropic RTDs — sit at the intersection of food and dietary supplement regulation. Here is what you need to know.

Caffeine. FDA has not set a maximum caffeine limit for beverages, but has stated that 400 mg/day is generally safe for healthy adults and that caffeine levels above 200 mg per serving warrant warning labels in some retail contexts. The American Beverage Association's voluntary guidelines cap energy drinks at 200 mg caffeine per container. Retailers including Target and Whole Foods have their own caffeine limits for listing. Know your retailer's policy before finalizing the formula. Claims that caffeine "boosts energy" are acceptable marketing language; claims that it "treats fatigue" veer toward drug claims and FTC enforcement territory.

Adaptogen and botanical ingredient claims. Ashwagandha, lion's mane, rhodiola, reishi — adding any of these to a beverage requires answering three questions: (1) Is the ingredient GRAS for use in beverages? (2) At what inclusion level? (3) What claims can you make? FDA's GRAS pathway determines whether an ingredient is permitted in food. Many botanical ingredients lack GRAS status at meaningful inclusion levels — your co-packer's regulatory team should flag this, but verify independently.

CBD (cannabidiol). As of 2024–2025, FDA has not finalized a pathway for CBD in food and beverages. The agency has stated it does not believe existing food safety regulations allow CBD as a food ingredient while it remains under review. Several states have passed their own CBD food laws. Selling CBD beverages in interstate commerce remains a regulatory risk. Get current legal counsel before committing to a CBD beverage formula.

Supplement claims in a beverage. If your beverage makes a structure-function claim — "supports immunity," "promotes relaxation" — and uses a dietary supplement ingredient to substantiate it, it may be regulated as a dietary supplement rather than a conventional food. This changes your labeling requirements (Supplement Facts panel instead of Nutrition Facts panel), your claim disclosure obligations, and your manufacturing facility requirements. The classification question is fact-specific. Get a regulatory opinion in writing before finalizing label copy.

See also: contract manufacturing and supplements sourcing guide.