
Powders & dry blends
Protein, spices, coffee powder, detergent
Packaging applications
LINEVO builds packaging machines for food, pharmaceutical, cosmetic and household products. Find your product group below to see which machine types pack it, two or three example machines, and the application page where one exists.
Discuss your application with LINEVO.

Start with your product
Open the application page for your product, or see the packaging routes and example machines for each group below.

Protein, spices, coffee powder, detergent

Rice, pulses, whole-bean coffee, pet food

Chips, nuts, gummies, chocolate, dried fruit

Seafood, dumplings, vegetables, fresh fruit

Bread, biscuits, cereal bars, noodles

Ketchup, honey, juice, energy gels

Tea bags, coffee capsules and pods

Shisha tobacco, Arab paste, Turkey paste

Probiotics, tablets, blisters, vials

Lotion, shampoo, lipstick, perfume

Sponges, soap, hardware, playing cards

Beverage bottles, honey jars, pet food cans
From product to process
Find your product group below to compare packaging routes and example LINEVO configurations. We select dosing, tooling and line output around your product behavior, pack and production requirements.
If your product sits between two groups, follow the material behavior rather than the product name. A sticky granule is closer to gummies than to rice, and a thick sauce with pieces is closer to mustard than to juice.
Coffee, milk and creamer powder, protein, collagen, probiotics, seasoning, spices, baking mixes and detergent powder are covered by our powder packaging configurations. Fine powders are usually dosed by auger, which measures a volume by screw turns. Flow, dust, bulk density and bridging decide how the hopper, agitation and dust extraction are arranged.
Review flow behavior, dust, bulk density and the target dose. Roll-film bags, single-serve packs and premade pouches may address different output and presentation requirements. The dosing and dust-control scope must be evaluated for the actual product.
Rice, grains, pulses, oats and cereal, coffee beans, nuts and dry pet food are mostly packed by weight on a multihead weigher, or by volume with measuring cups when the product flows freely and its density is consistent. Particle size, breakage and dust affect the choice.
Particle distribution and product fragility affect feeding and weighing discussions. Loose granules in a bag and individually wrapped solid products require different process routes.
Related pages and example machines
Chips, puffed snacks, candy, gummies, nuts, dates and dried fruit are usually weighed on a multihead weigher and packed on a VFFS machine. Fragile products need low drop heights and gentle transfer. Sticky products such as gummies and dates are handled with weigher surfaces designed to reduce sticking. Chips and nuts are often packed with nitrogen flushing.
Bars, lollipops, chocolate and individually wrapped sweets go to flow wrapping instead, and multipacks of bars can continue to a cartoner.
Frozen dumplings, meatballs, fries, seafood and vegetables are weighed and packed in larger VFFS bags, sometimes with vacuum. Ask about frost, product sticking to itself and the temperature of the packing room. Fresh fruit, tomatoes and trayed dumplings are flow wrapped, with the tray and product dimensions setting the format.
Related pages and example machines
Biscuits, wafers, bread, mooncakes, instant noodles and energy bars are flow wrapped one by one or in groups. The infeed decides much of the result: how products arrive, their spacing, and whether they are fed by hand or from an upstream line. Fragile bakery products need a gentle infeed. Bars that are sold in boxes continue to a cartoner.
Ketchup, mustard, wasabi, sauces, honey, energy gels, juice, milk and laundry liquid are dosed by pump or piston. Viscosity, fill temperature, foaming and particles decide the dosing unit and the nozzle, and anti-drip nozzles keep product out of the seal area. Sauces with seeds or pieces need a pump that passes them without blocking.
State viscosity, temperature, foaming and particulates. Containers, pouches and portion packs present different filling and sealing constraints. Include cleaning and product-contact requirements in the brief.
Tea is packed in inner and outer bags, loaded into cartons and often finished with a clear overwrap. Coffee capsules and pods are counted and cartoned. For these products the carton design, the number of items per carton and the orientation matter as much as the machine choice.
Related pages and example machines
Shisha, Arab paste and Turkey paste are packed as pouches, on a bagging or bottle line, or on a semi-automatic weigher. Pouch weight and how much of the boxing is automatic decide the route.
Our pharmaceutical and health-product portfolio covers powders in sachets and stick packs, tablets and blisters in cartons, supplement boxes in overwrap, and vial and ampoule labeling. Dose size, dust containment, cleaning and batch coding guide the configuration review.
Include GMP and other regulated-production requirements in your brief. Our engineering review addresses the equipment materials, cleaning access, documentation and qualification work required for your process, with the agreed deliverables recorded in the proposal.
Lotion, cream, shampoo and hand sanitizer are packed as sachets or stick packs using pumps suited to foaming or thick products. Flammable products such as alcohol-based sanitizers raise electrical safety questions that should be named in the brief. Lipsticks, sheet masks and cosmetic boxes are cartoned, perfume and cosmetic boxes are overwrapped, and flat bottles are labeled front and back.
Related pages and example machines
Our non-food packaging applications include detergents, sanitary napkins, sponges, toothbrushes, disposable cutlery, slippers, bar soap, hardware and fasteners, playing cards and media cases. For these products the size range, shape and whether items are fed by hand or automatically usually decide between flow wrapping, cartoning and overwrapping.
Related pages and example machines
Labeling configurations cover beverage bottles with shrink sleeves, wine and beer bottles, square edible oil bottles, honey and sauce jars, pet food cans, vials and small dropper bottles, and the top surface of food boxes. Send container samples and label artwork: the container shape and surface decide how it is held and guided through the labeler.
Choosing the right packaging format begins with physical product behavior, shelf-life barrier needs and end-user handling before considering machine models. Four physical attributes narrow down the appropriate format:
1. Physical state and flowability: Fine, fluidizing powders require sealed dust-tight barriers and controlled vertical drop paths. Free-flowing grains and nuts handle volumetric or multihead gravimetric drops. Viscous liquids and pastes (honey, sauces) require positive-displacement dosing with anti-drip cutoffs into rigid cups, pouches or sachets. Discrete solids (candy, bars) need horizontal conveyance to prevent impact damage.
2. Single-serve versus bulk multi-dose: Single portions prioritizing portability, exact dosing and on-the-go consumption map to narrow stick packs or four-side seal sachets. Family portions, bulk retail quantities and commercial ingredients map to vertical roll-film bags or larger premade pouches.
3. Retail shelf presentation and rigidity: Pillow bags offer the highest output and lowest film cost per pack for hanging displays or shelf bins. Quad-seal (stabilo) bags offer four reinforced vertical corner seals, a rectangular base that stands upright independently, and flat front, back and side panels for premium branding. Pre-formed stand-up pouches (Doypack) provide resealable zippers and shaped outlines.
4. Barrier and atmospheric protection: Oxygen- and moisture-sensitive products (roasted whole beans, active probiotics, fried snacks) require multi-layer barrier laminates and nitrogen flushing or one-way degassing valves to preserve freshness without compromising seal integrity.
Describe your product, how it behaves and the pack you want. Our engineering team evaluates the feeding, dosing and packaging route, and recommends sample testing where it will resolve a material-handling or sealing question.
Related pages and example machines
Send what you have and mark what is still undecided. Discuss your application with LINEVO.
| Item | Why we need it | Example format |
|---|---|---|
| Product and its behavior | Powder, granule, liquid, paste or solid pieces decide the dosing method and the parts that touch the product. | Free-flowing granules, with a photo of the product |
| Finished pack and fill | The pack style, its size and the fill per pack set the format and the dosing range. | Pillow bag, 100 × 150 mm, 50 g per bag |
| Target output | Output per minute or per shift decides the number of lanes and the model size. | 60 good packs per minute, one shift per day |
| Packaging material | Film or container type affects sealing, forming and the settings we confirm. | Laminated roll film, 250 mm wide, or the film datasheet |
| Site and destination | Power supply, compressed air and destination country decide the electrical and utility scope. | 380 V, 3-phase, 50 Hz, delivery to Germany |