Best Bases for Gummy Manufacturing: A Buyer's Guide

Pectin is a plant-based polysaccharide derived from citrus peel or apple pomace. It requires a calcium source and a pH below 3.5 to set. Typical use level is 1.5–2.5% of the base mass. Setting time is 10–20 minutes at 20–25°C, which allows for high-speed depositing on a starchless line. Pectin gummies are vegan, heat-stable up to 40°C, and have a firm, short bite. They are ideal for tropical shipping and markets where gelatin is not accepted.

Gelatin is animal-derived, usually porcine or bovine. It sets via triple-helix formation on cooling, with a melting point of 30–35°C. Use level is 6–10% for a springy, elastic texture. Gelatin requires a longer setting time (30–60 minutes) and is sensitive to high temperatures during drying. It is not suitable for vegan or halal claims unless certified sources are used. Gelatin gummies are preferred for high-protein or collagen formulations.

Starch-based gummies use modified corn or tapioca starch as a gelling agent, often combined with pectin or agar. They are cost-effective and provide a soft, chewy texture. Use level is 8–12% starch. Starch bases are common for confectionery-style supplements but have lower heat stability (melt at 35°C) and can be sticky in humid climates. They are not suitable for sugar-free formulations unless resistant starch is used.

Agar, extracted from red algae, sets at 35–45°C and melts at 85°C. It produces a brittle, firm gel at 1–2% use level. Agar gummies are vegan and heat-stable but have a shorter shelf life due to syneresis (water release). They are best for small-batch or functional gummies where a crisp texture is desired. For organic claims, agar must be certified organic. EUPHM runs pilot batches with agar at 1,000-unit MOQ.

All bases must meet food-grade purity standards. Pectin requires a degree of esterification (DE) between 60–75% for high-methoxyl types. Gelatin needs a Bloom strength of 200–250 for most supplement gummies. Starch must be non-GMO if the final product carries a non-GMO claim. Heavy metal testing (lead, arsenic, cadmium, mercury) is standard at <0.1 ppm per base. Certificates of analysis (CoA) are required for each lot.

For halal certification, gelatin must come from certified bovine sources, and the production line must be dedicated or undergo kosherisation. Vegan claims require no animal-derived processing aids. Organic claims require USDA organic or EU organic certification for all base ingredients. EUPHM maintains separate lines for gelatin and pectin to avoid cross-contamination. Documentation for export to the US, EU, UK, and Middle East is provided with each shipment.

Every gummy batch produced at a GMP-certified facility is sampled at defined points: incoming raw materials, the cooked base before depositing, and the finished gummy after curing. Identity testing confirms the base type (pectin, gelatin, starch, or agar) and active ingredients via FTIR or HPLC. Potency assays verify vitamin or botanical content against the formula's label claim, typically within a 90–110% acceptance range. Microbial testing covers total aerobic count, yeast and mould, E. coli, and Salmonella, with results available within 5–7 days. Heavy metals (lead, arsenic, cadmium, mercury) are screened against USP <232> limits, and disintegration testing follows USP <2040> for gummies, requiring complete breakdown within 60 minutes in simulated gastric fluid.

A Certificate of Analysis (COA) is issued per batch and includes the product name, lot number, manufacturing date, expiry date, and test results with specification ranges. It also lists the testing methods used and the signature of the quality control manager. Retention samples of each batch are kept for the full shelf life plus six months, stored under controlled temperature and humidity. Stability protocols typically include accelerated conditions at 40°C/75% RH for six months and real-time studies at 25°C/60% RH for up to 24 months, with testing at 0, 3, 6, 12, 18, and 24 months for potency, microbials, and sensory attributes.

For buyers, the COA and stability data are essential for regulatory filings and retail compliance. Some markets require a free-sale certificate or a certificate of origin, which the factory can provide. Batch documentation also supports traceability: if a raw material lot is flagged, the factory can identify all finished batches that used it within 24 hours. This level of documentation is standard for EU and US-bound shipments and is increasingly requested by online marketplaces.

Gummy supplements are typically packed in HDPE bottles with induction seals and child-resistant caps, or in blister packs, stick packs, or sachets. Bottle sizes range from 60 cc to 500 cc, with fill counts from 30 to 300 gummies. Blister packs suit single-serve or sample formats, while stick packs and sachets are common for powder or liquid gummies. The factory provides standard bottle and cap options, or can work with buyer-supplied components. Labelling must include the FDA-required dietary supplement facts panel, ingredient list, allergen statement, and 'Keep out of reach of children' warning. Lot and expiry coding are applied via inkjet or laser, with formats matching retailer requirements.

Carton specifications are agreed during the pilot phase: typical corrugated board is 5-ply or 7-ply for export, with a minimum burst strength of 200 psi. Pallets are standard 1200 x 1000 mm or 1200 x 800 mm, stretch-wrapped and strapped, with a maximum height of 1.8 m for sea freight. For Amazon FBA, the factory can apply FNSKU labels and poly-bagging if required, and will provide carton weight and dimension data for the shipping plan. Retail-ready packaging, such as shelf-ready trays or display cartons, is available on request but may affect MOQ and lead time.

Compliance checks include verifying that the label claim matches the COA potency, that the net quantity statement is correct, and that any structure/function claims are permissible in the destination market. The factory does not provide legal review of claims but can supply the technical data to support them. For EU markets, the label must include the address of the responsible person and may require a nutrition declaration. Buyers should allow 3–5 working days for label proofing before printing, and artwork files should be supplied in AI or PDF format with embedded fonts.

Sampling starts with a 7–10 working day turnaround for stock formulas, or 15–20 working days for custom formulations. The sample includes a draft COA and a label mock-up. Once the sample is approved and the purchase order is confirmed, mass production takes 20–35 working days depending on base type and packaging complexity. Pectin gummies typically have a shorter production window than starch-moulded gummies because they require less curing time. pilot volumes are discussed case by case for market testing, while retail bottling MOQs are 1,000 units per SKU.

Shipping terms are quoted as EXW, FOB, or DDP. EXW means the buyer arranges all transport from the factory in Guangdong; FOB includes delivery to the port of Shenzhen or Hong Kong and export clearance; DDP covers door-to-door delivery with duties paid, which is common for Amazon sellers. Air freight takes 5–8 days to the US or EU, while sea freight takes 25–35 days. The factory provides a COA, MSDS, free-sale certificate, and phytosanitary certificate where applicable. For DDP shipments, the factory coordinates with a freight forwarder and provides a commercial invoice and packing list.

Lead times can be affected by raw material availability, especially for organic or novel ingredients, and by packaging component lead times. Buyers should plan for a 10–15% buffer on the production window. The factory maintains a 2–3 week inventory of standard bases and bottles to reduce delays. For repeat orders, a 10–15% shorter lead time is typical after the first production run, as artwork and components are already approved.