Browse equipment by production process, then review suitable machinery options for your product, container and required output.
Liquid, paste, powder, granule, weight and ATEX filling machinery for production and pilot scale lines.
Screw, trigger, pump, crimp, ROPP, T-cork, crown and vacuum capping machinery for bottles and jars.
Round bottle, flat surface, double sided, front and back, wraparound, print and apply and sleeve labelling systems.
VFFS, sachet, pouch, bag forming, weighing, filling and sealing machinery for granular, powder and liquid packs.
Shrink tunnels, sleeve applicators, L-sealers, chamber sealers and tamper-evident shrink solutions.
Induction sealing, foil sealing, band sealing, cartonising, case taping, blister and vacuum packing machinery.
Bottle rinsers, bottle washers, bowl feeders, cap feeders, rotary infeed and bottle unscrambling equipment.
Belt, slatted, curved, incline, infeed and rotary conveyors for packaging line movement and accumulation.
Bottle blow moulding and container forming machinery for packaging production projects.
Use these focused pages when you already know the process you need to automate.
The same product can require a different machine when the container, closure, label, film, required operator input or surrounding line changes.
A single machine may be appropriate where an operator loads and unloads each cycle, batches are varied or the next process is deliberately manual.
Conveyors, sensors and simple control handshakes can connect two or more processes while retaining practical access and clear fault recovery.
Automatic projects need a defined line rate, controlled transfers, accumulation strategy, common safety concept and an agreed response to stops and starve/block conditions.
| Product behaviour | Is it free-flowing, viscous, foaming, dusty, fragile, corrosive, hot, cold or affected by air entrainment? |
|---|---|
| Primary pack | What are the minimum and maximum dimensions, material, rigidity, stability and opening geometry? |
| Closing or sealing method | How is the pack closed, presented, supported and checked after the operation? |
| Output pattern | Is the priority peak speed, steady output, short batches, frequent changeovers or low operator involvement? |
| Project boundary | Which conveyors, coding, inspection, guarding, controls, installation and acceptance activities are included? |
Provide representative samples and a simple description of the current process. This allows the machinery family to be checked before detailed options are compared.
Start with the change required at the pack, then prepare the samples and operating information that allow the relevant machinery family to be checked.
| Meter product into a container | Record product behaviour, fill or dose range, container opening and cleaning needs, then review filling machinery. |
|---|---|
| Apply or secure a closure | Provide the bottle or jar, neck finish and representative closure, then compare capping machinery and feeding requirements. |
| Apply a label to the pack | Supply the container and production label roll, including the most difficult format, then use the labelling machinery range. |
| Form, fill and seal a flexible pack | Confirm product flow, pack dimensions and film or pouch material before reviewing vertical form fill and seal equipment. |
| Seal, protect or group a finished pack | Define the seal or wrap result and material response, then compare sealing and packing with shrinkwrapping machinery. |
| Present, move or accumulate containers | Record pack stability, line direction, working height and available space, then review rinsing and feeding or conveyor and accumulation. |
| Create the container before packing | Define the required container format and how it will feed the downstream process before opening the blow moulding range. |
The category page identifies the process. A machine page shows an available equipment style. Integration guidance is needed when two or more operations must run as one process.
Use a category hub to compare operating principles and identify the samples, formats and constraints that decide suitability.
Use the machine listing to discuss that equipment style against the real application; do not assume the pictured configuration covers every format.
Use the integration guide when transfers, controls, guarding, accumulation or shared acceptance affect the project.
The product range is the starting point. Final selection depends on the materials being handled, pack geometry, automation level, operator process and how the machine connects to the rest of production.
Viscosity, foam, dust, fragility, settling, surface finish and component variation can determine which filling, feeding, sealing or labelling route is practical.
List every container, closure, label, film, pouch, carton or case required at launch and identify which future formats are only possibilities.
Compare manual presentation, semi-automatic operation, automatic feeding and complete-line integration against batch size, changeover and staffing.
Use the most relevant next step to move from initial selection towards a defined, testable project.
Test difficult products and pack components before configuration is fixed.
Compare tooling, interfaces, services, exclusions and acceptance on the same basis.
Understand how scope and technical uncertainty shape project quotations.
Machine category is only the starting point; the product, pack and line interfaces determine whether a machine is genuinely suitable.
Compare packaging machine categories by the controlled process, product and pack compatibility, operator input, changeover, cleaning, achievable line balance and integration requirements. A machine that performs the right headline task can still be unsuitable if the container is unstable, the closure cannot be presented consistently or the downstream process cannot accept the output.
A standard machine becomes an integration project when it needs bespoke product handling, special tooling, non-standard working heights, communications with other equipment, common guarding, inspection or reject logic, unusual utilities, constrained access or a coordinated acceptance test. The scope should separate the standard machine from the engineered interfaces and site work.
No. Product compatibility alone is not enough. The container opening, rigidity, shape, centre of gravity, manufacturing tolerances and surface condition affect filling, capping, labelling and conveyor handling. Suitability should be confirmed using representative empty and filled containers, including every size that is expected to run.
Downstream handling determines whether the output can leave the machine without backing up, falling, scuffing or losing orientation. Coding, inspection, sealing, labelling, accumulation and packing may require controlled spacing or a stable product pitch. Reviewing them early prevents a fast process machine being limited by the next transfer.
Use the related guidance below to compare the next decision, then send the actual product, pack and production information when you are ready to discuss a suitable machine or integrated line.
Use the technical guide library to compare automation level, machine principles, product behaviour and line-integration requirements before requesting a configuration review.
The machine category is only the starting point. Use these guides to compare equipment against one requirement and plan how the selected system will be measured and supported.
Set the functional, interface and acceptance requirements before selection.
Keep physical formats, electronic settings and release checks aligned.
Plan recovery parts, backups and upgrade evidence around production risk.