Define the Process
Identify the product properties, container, closure and finished pack. Specify which operations are required, from product preparation and dosing to closing, labeling and case packing.
Explore ZONESUN automated production lines integrating filling, capping, sealing, labeling, conveying and end-of-line packaging. From standalone process integration to complete turnkey lines, systems can be configured around your product, container, output and automation requirements.
A production line connects product handling, primary packaging and downstream operations into a coordinated process. Start with your product, packaging format and accepted output target, then define the equipment, layout and interfaces required at each stage.
Identify the product properties, container, closure and finished pack. Specify which operations are required, from product preparation and dosing to closing, labeling and case packing.
Match each machine to the required output at the actual dose and packaging format. Include feeding, transfer, inspection, replenishment and changeovers in the capacity review.
Confirm the floor plan, utilities, operator access and connection points. Agree on the supplied equipment, control interfaces and acceptance criteria before finalizing the line.
Choose an application category to explore relevant equipment and line configurations.
Explore water and beverage projects involving bottle preparation, filling, closing and downstream packaging.
Explore Beverage Solutions →Find packaging configurations for sauces, honey, edible oils, powders, granules and other food products.
Explore Food Packaging →Explore filling and closing configurations for creams, lotions, serums, perfumes and cosmetic packaging.
Explore Cosmetic Lines →Browse machinery and integration options for detergents, soap, toothpaste and other daily products.
Explore Household Solutions →Review small-container dosing, component placement, closing and supported bottle handling.
Explore Small-Dose Solutions →Extend packaging with selected cartoning, case packing, wrapping and palletizing operations.
Explore End-of-Line Systems →Select the stages your project requires. The sequence and equipment depend on the product and package; not every line needs every operation.
Container supply, spacing, conveying and accumulation connect the process. Product feeding and any cleaning or preparation stages are specified separately.
Explore Conveyor Systems →Match the dosing method to liquid viscosity, powder flowability, granule properties or piece count. Define the dose range and acceptable variation.
Explore Filling Machines →Select screw tightening, pressing, crimping, roll-on forming or another suitable closing method. Closure feeding and placement depend on the package.
Explore Capping Machines →Match label application to container shape and placement requirements. Specify date coding, variable printing and data interfaces when needed.
Explore Labeling Machines →Define the checks required for the finished pack. Detection, verification, rejection and reject confirmation need an agreed equipment scope.
Explore Inspection Machines →Plan grouping, cartoning, case packing, sealing, wrapping or palletizing around the finished pack, shipping case and required output.
Explore End-of-Line Automation →Choose the arrangement according to your formats, operating space, maintenance access and expansion plans.
| Configuration | Arrangement | When to Evaluate It | Planning Priorities |
|---|---|---|---|
| Modular Connected Line | Separate machines connect through conveyors or defined transfer points. | Projects with several packaging stages, an existing machine base or potential future changes. | Transfer stability, line signals, accumulation, footprint and changeover compatibility. |
| Filling & Capping Monoblock | Filling and selected closure operations share an integrated machine platform. | Compatible bottle and closure formats requiring coordinated primary packaging. | Format parts, closure feeding, cleaning access and connection to downstream equipment. |
| Project-Wide Integrated Line | Multiple process and packaging stages are engineered to an agreed project scope. | Projects requiring coordinated equipment selection, layout and interface planning. | Scope boundaries, utilities, controls, responsibilities and overall acceptance criteria. |
| End-of-Line Upgrade | Selected secondary packaging equipment connects to an existing primary packaging process. | Projects targeting manual handling, grouping, case packing or pallet handling. | Incoming pack condition, case pattern, product grouping and upstream output variation. |
Configurations can overlap: An integrated project may combine a monoblock with separate labeling, inspection and case packing machines. Define the required operations and interfaces rather than relying on a configuration name alone.
Specify accepted packs per minute at each format. Review the slowest operation, material supply and planned replenishment; individual machine maximum speeds are not a complete line-output specification.
Review accumulation needs and the response to downstream stops, missing containers and material shortages. Conveyor storage can absorb short interruptions but cannot resolve a persistent capacity mismatch.
Allow access to product contact parts, change parts, guards and service areas. Include cleaning, adjustment, test packs and restart checks when evaluating a changeover.
Share the following information to help define the equipment list, process sequence, layout and integration requirements.
Special product conditions: Provide the product SDS where applicable and identify corrosive materials, flammable products or combustible dust. Required protection, contact materials and installation conditions must be assessed for the specific project.
Start with your product, packaging samples and target output. Send these details through the chat window, or contact ZONESUN to discuss a suitable line configuration.
Discuss Your Production LineAgree on the process flow, equipment list, format coverage, footprint, utility requirements and the boundaries between included and separately supplied items.
Define test products, packaging materials, operating speed, test duration, sample size and acceptance criteria for dosing, closing, labeling and other specified operations.
Confirm the documentation, change-part list, recommended spares, training and installation or commissioning services included in the project agreement.
The scope depends on the project. It may include container feeding, dosing, closing, labeling, coding, inspection and secondary packaging. Product preparation, utilities, installation work and consumables should be listed explicitly rather than assumed included.
A monoblock combines selected operations, such as filling and capping, on one machine platform. A production line can include that monoblock plus separate feeding, labeling, inspection and end-of-line equipment.
Some projects support multiple formats with adjustments or change parts. Confirm the complete product, bottle, cap, label and dose matrix. Differences in product behavior or closure geometry may require different dosing equipment, feeding systems or tooling.
Define accepted finished packs per minute at the intended dose and package format, together with the test duration and quality criteria. Distinguish instantaneous machine speed from sustained output and shift production after cleaning, replenishment and changeovers.
Review the existing equipment's format range, capacity, discharge conditions, conveyor dimensions and control interfaces. Identify responsibility for mechanical connections, signals and commissioning before finalizing the new equipment.
No. Packaging material replenishment, cleaning, changeovers, sampling and maintenance may still require operators. Define which activities are automated and which remain manual when comparing proposals.
Provide product details, representative packaging samples, the required process, output by format and a dimensioned floor plan. Include existing equipment and inspection requirements so the proposal can address the complete operating context.