| Vertical Form-Fill-Seal (VFFS) |
Powders, granules, snacks, frozen foods, fresh produce, and other products packed in pillow, gusseted, or quad-seal bags. |
30–120 bags/min, depending on product, bag format, and number of lanes. |
High; commonly integrates weighers, auger fillers, multihead scales, checkweighers, and metal detectors. |
Medium
Efficient for high-volume bag production; tooling and film usage affect lifetime cost. |
Use stainless-steel product-contact areas, sloped surfaces, tool-less access, suitable seals, and cleanable frame geometry. |
Guarding, interlocked doors, emergency stops, and access-risk assessment should be engineered to the required Performance Level under ISO 13849-1. |
15–45 minutes for common bag sizes; longer when forming tubes, dosing systems, or film paths are changed. |
| Horizontal Form-Fill-Seal (HFFS) |
Bars, biscuits, bakery products, medical disposables, hardware, and individually wrapped food products. |
40–300 packs/min; multi-lane systems can exceed single-lane output. |
High; supports automatic film tracking, registration control, product infeed, and reject handling. |
Medium–High
Strong output potential, but sealing jaws, tooling, and format parts influence maintenance cost. |
Prioritize hygienic conveyors, minimized product accumulation, food-grade lubricants, controlled sealing temperatures, and accessible cleaning zones. |
Evaluate nip points, sealing-jaw hazards, cutter protection, lockable isolators, and validated safety functions according to the required PLr. |
20–60 minutes, depending on product length, film width, sealing configuration, and infeed change parts. |
| Premade Pouch Packing Machine |
Stand-up pouches, zipper bags, spouted pouches, liquid products, sauces, pet food, snacks, and ready-to-eat foods. |
20–100 pouches/min, depending on pouch size, filling method, and number of stations. |
High; often includes pouch opening, filling, sealing, coding, inspection, and reject modules. |
Medium–High
Lower film-forming requirements but higher pouch material cost and more handling stations. |
Require hygienic filling zones, drainable surfaces, contamination controls, clean-in-place provisions where appropriate, and seal-integrity inspection. |
Assess risks around pouch grippers, indexing mechanisms, filling valves, sealing stations, and automatic access doors; verify safety validation records. |
20–45 minutes for common pouch formats; liquid products may require additional cleaning and sanitation time. |
| Cartoning Machine |
Folding cartons for food, pharmaceuticals, personal care products, and multipack consumer goods. |
30–400 cartons/min, depending on intermittent or continuous motion and carton design. |
High; can combine product loading, leaflet insertion, carton closing, coding, and serialization interfaces. |
Medium
Good labor efficiency; carton magazines, change parts, and glue systems affect operating cost. |
Use cleanable product-contact surfaces, controlled compressed air, appropriate adhesive management, and foreign-material inspection. |
Guard carton magazines, glue units, folding sections, and product-loading mechanisms; calculate safety functions for the actual machine configuration. |
15–60 minutes, depending on carton dimensions, product loading method, and the number of format parts. |
| Case Packer |
Secondary packaging of bottles, cans, cartons, pouches, trays, and flexible bags into shipping cases. |
10–80 cases/min, with product counts and case style influencing output. |
High; typically uses robotic or servo-controlled loading, case forming, sealing, and automatic product collation. |
Medium–High
Reduces manual case packing but requires conveyors, controls, guarding, and planned preventive maintenance. |
Separate primary-product areas from corrugated dust where possible; maintain clean transfer points and inspect damaged packaging materials. |
Consider robot reach, automatic case-forming hazards, conveyor pinch points, access gates, and safe torque-off functions where applicable. |
30–90 minutes for case dimensions, pack patterns, or product changes; recipe management can reduce setup errors. |
| Robotic Pick-and-Place Cell |
High-speed loading of trays, cartons, pouches, bottles, flow-wrapped products, and mixed product arrangements. |
30–200 picks/min, depending on robot type, payload, vision requirements, and pick pattern. |
Very high; integrates robotics, vision, conveyors, recipes, and coordinated motion control. |
High initial
Low–Medium operating
Flexible automation can reduce labor and support multiple SKUs. |
Use hygienic grippers, validated product-contact materials, controlled air quality, washable conveyor surfaces, and protection against product damage. |
Robot-cell risk assessment should address reachability, restart prevention, protective devices, collaborative-operation claims, and validated safety control performance. |
10–40 minutes with recipe-driven tooling; gripper changes and vision calibration may extend setup time. |
| Tray Sealing Machine |
Fresh meat, seafood, produce, ready meals, bakery products, and modified-atmosphere or vacuum-skin packaging. |
10–100 trays/min, depending on tray cavities, gas flushing, and sealing technology. |
Medium–High; commonly combines denesting, filling, gas management, sealing, labeling, and inspection. |
Medium–High
Utilities, sealing tooling, gas consumption, and sanitation requirements significantly affect TCO. |
Prioritize hygienic design, washdown compatibility, condensate management, drainability, seal-area cleanliness, and validated gas or vacuum parameters. |
Protect sealing plates, denesting mechanisms, film cutting areas, and automatic lid or tooling movement with appropriately validated safety functions. |
20–60 minutes; tooling, tray dimensions, film rolls, gas recipes, and sanitation requirements influence the duration. |
| Palletizing Robot or Automated Palletizer |
End-of-line stacking of cases, bags, trays, cartons, and bundled products onto pallets or slip sheets. |
5–30 cases/min, depending on case weight, pallet pattern, and robot or gantry configuration. |
Very high; integrates conveyors, layer forming, pallet dispensing, slip-sheet handling, and warehouse interfaces. |
High initial
Low labor cost
Best suited to stable, repetitive end-of-line operations. |
Control corrugated dust, protect finished packs from impact, maintain cleanable conveyor zones, and separate pedestrian traffic from product flow. |
Use perimeter guarding, interlocked gates, area scanners where justified, safe speed or torque functions, and documented validation of safety-related control systems. |
30–120 minutes for pallet dimensions, layer patterns, product sizes, or tooling changes. |
| Stretch Wrapper |
Stabilizing pallet loads of cases, cartons, bags, drums, and mixed shipping units for storage or transportation. |
20–80 loads/hour, depending on film application, pallet height, and wrapping cycle. |
Medium–High; automatic film cutting, top-sheet placement, conveyors, and load detection are common options. |
Low–Medium
Usually lower complexity than robotic palletizing; film consumption is a major operating-cost factor. |
Keep packaging material free from contamination, manage loose film waste, and maintain clear separation between clean product zones and shipping areas. |
Protect rotating turntables, film carriages, conveyors, and automatic cutters using guards, interlocks, emergency stops, and validated control functions. |
10–30 minutes for film type, load dimensions, wrap recipe, and conveyor configuration. |
| Labeling and Print-and-Apply System |
Applying labels, barcodes, date codes, lot codes, and logistics information to products, cases, or pallets. |
30–300 products/min, depending on label position, print resolution, and verification requirements. |
Medium–High; can include vision inspection, barcode verification, reject systems, and production-data connectivity. |
Low–Medium
Relatively modest mechanical complexity; consumables, downtime, and data integration affect TCO. |
Use suitable inks, adhesives, and label materials; prevent label fragments and ensure hygienic access to product-facing areas. |
Assess applicator pinch points, moving tamp pads, conveyor interfaces, access covers, and safe reset behavior during roll replacement or jam clearing. |
5–20 minutes for roll replacement and recipe changes; mechanical repositioning may require additional time. |
