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Packaging Machines

Explore vertical bagging, single-serve sachets and premade-pouch configurations. Select by your material and preferred pack, then confirm the complete machine specification with our team.

Vertical Form Fill Seal

Vertical Form Fill Seal

Dried Fruit Vacuum VFFS Packaging

A vertical packaging configuration combining bag forming, filling and vacuum extraction for dried fruit and coffee.

Vertical Form Fill Seal

Chips Packaging with Nitrogen Flushing

Multihead weigher and VFFS bagger with nitrogen flush for potato chips, banana chips, popcorn and puffed snacks, with low-drop handling for fragile snacks.

Vertical Form Fill Seal

Coffee Bean Valve-Pouch Packaging

Package roasted coffee beans with multihead weighing, vertical bag forming and an integrated degassing-valve option.

Vertical Form Fill Seal

Frozen Food Weighing & Packaging

Multihead weighing and vertical bagging for frozen dumplings, buns, rice cakes and meatballs, with elevator, platform and conveyor planned as one line.

Vertical Form Fill Seal

Nuts & Dried Fruit Multihead VFFS

Weigh and bag nuts, raisins, dried berries and snack mixes with a multihead weigher and vertical form fill seal machine.

Vertical Form Fill Seal

Vegetable & Salad Weighing Packaging

A multihead weighing configuration for frozen vegetables and fresh leafy products, with feeding surfaces selected for moisture and product volume.

Vertical Form Fill Seal

Quad-Seal Coffee Packaging

Produce structured coffee bags with a vertical quad-seal configuration and a dosing system matched to the beans and pack size.

Multi-Lane Stick Packs

Sauce Sachets

Sauce Sachets

Sauce Four-Side-Seal Sachet Machine

Piston-dosing four-side-seal sachet machine for ketchup, tomato paste and chili sauce, with heated or stirred hopper options chosen for the product.

Premade Pouches

Premade Pouches

Coffee Bean Doypack Packaging

Premade doypack machine for coffee beans: picks and opens each stand-up pouch, weighs and fills the beans, then seals the top. Test it with your pouches.

Premade Pouches

Gummy Candy Zipper-Pouch Packaging

Weighing and premade zipper-pouch machine for gummies and soft confectionery: pouch and zipper opening, filling, top sealing and discharge in one sequence.

Premade Pouches

Juice & Beverage Pouch Packaging

Premade-pouch filling machine for juice, concentrates and jelly drinks. Each pouch is picked, opened, filled with a measured dose, sealed and discharged.

Premade Pouches

Spout-Pouch Filling Machine

Spout-pouch filling machine that loads spouted bags, fills through the neck, then feeds and screws the cap. Send neck and cap samples before configuration.

How to Select a Packaging Machine Configuration

Compare the package-making process, filler, optional functions and operating requirements before selecting a machine for a product trial.

Choose how the package enters the machine

Start by deciding whether the machine will make a bag from roll film or fill a pouch that arrives already made. The vertical configurations in this catalog form a package around the product path, while the premade pouch configurations handle individual empty pouches before filling and sealing. The four-lane machines divide a wider film web into narrow stick packs. The sauce sachet configuration provides another route for flat individual portions.

This distinction affects tooling, material purchasing and the way the operator supplies the line. It also prevents a common comparison error: judging machines with different package-making responsibilities as though they perform the same job. Bring a finished package sample or a dimensioned drawing to the first discussion. Identify its opening, seams, base, zipper or spout, and state which details must remain unchanged. If more than one format is acceptable, compare each complete packaging route with its own material and changeover requirements before narrowing the machine shortlist.

Match the filler to the product behavior

A machine's filling mechanism needs to suit the material reaching it. The catalog includes combination weighing for discrete products, auger dosing for powders and piston dosing for viscous sauces. These are configuration starting points rather than interchangeable attachments selected by a product name alone. Nuts of different sizes, aerated powders and sauces containing particles each create different questions for the material path.

Describe the product as it will arrive at the machine: its temperature, particle or piece size, tendency to stick, fragility and any visible separation. Supply a representative production sample instead of an easier substitute. For mixtures, distinguish correct portion mass from the composition of that portion; measuring one does not prove the other. During evaluation, follow the material through feeding, measuring, discharge and the point where it enters the package. That inspection helps identify whether an issue belongs to the filler itself or to an upstream feeder, transfer chute or replenishment method.

Treat special package features as defined equipment

A valve, zipper, gas-flush connection or vacuum arrangement changes the packaging discussion. The coffee configurations show why these functions should be identified individually: forming a coffee bag, applying a valve and introducing gas are separate tasks. Likewise, opening a zipper on an incoming pouch requires a handling step beyond presenting its outer mouth to the filler. A spout pouch has its own filling and closure interface.

List the functions your pack requires and ask where each occurs in the proposed sequence. Identify whether the required device is included, optional or outside the supplier's scope. For every feature, agree what the sample trial should demonstrate and which consumables must be supplied. Do not infer oxygen level, shelf life or leak resistance from the presence of an accessory. Those outcomes require defined measurements and appropriate package evaluation. The useful specification describes the proposed equipment and the checks that will establish whether it meets the project's actual requirements.

Compare accepted output over a real production period

Start capacity planning with the number of saleable packages required in a stated production period. Then account for the work that happens around the packaging cycle: refilling product, changing rolls or pouch stacks, sampling, cleaning and moving accepted packs to secondary packaging. Four lanes indicate parallel packaging positions, while a cycle rate describes movement; neither alone establishes a shift's accepted output.

Ask suppliers to use the same product, portion and material assumptions when discussing capacity. Review the smallest and largest planned packs if they substantially change the filling or forming task. During a trial, keep steady running observations separate from stops and adjustments, and record rejected or segregated packs. Follow output beyond the discharge conveyor to determine whether counting, inspection or cartoning becomes the next constraint. This approach makes a modest but complete line easier to compare with a faster packaging machine whose feeder, handling or downstream requirements have not yet been included.

Check access, utilities and changeovers before purchase

A line layout should show more than the outline of the machine. Allow for ingredient replenishment, film-roll loading, pouch storage, operator access and removal of parts for cleaning. Elevated weighing systems introduce different access questions from a compact stick-pack machine or a pouch filler. Existing walls, doors and conveyors can affect how these tasks are performed even when the equipment footprint appears to fit.

Review the actual utilities required by the selected arrangement, including any feeder, gas system or downstream module. Do not apply the published value for one catalog configuration to another without confirmation. List the planned product and package changes, then ask which require tooling, which require adjustment and which need a separate process. Include cleaning, code replacement, reassembly and first-pack checks when observing a changeover. The resulting sequence helps the operating team assess whether the proposed machine fits its production schedule and the practical conditions in the available room.

Turn the shortlist into a sample-backed configuration

Select the closest catalog profiles as a starting point, then prepare one consistent brief for the final review. Include the product, portion range, package dimensions, material specification, required functions, operating hours and downstream handover. Provide the current package or intended artwork where available. Identify conditions that cannot change, such as an existing carton count or installation height, so the review can address them directly.

Agree on the trial material quantities and the observations to record before sending samples. Preserve results for fill quantity, package formation, sealing, opening and the particular product concerns that motivated the test. Keep photographs linked to the materials and settings used. The quotation should then separate confirmed configuration details from options and remaining review items. These catalog profiles and edited illustrations support that discussion; they do not replace a selected layout, a defined supply scope or acceptance results obtained using the product and packaging materials intended for production.

Discuss your machine configuration