Sample testing helps confirm whether the bottle can be handled reliably before a final route is selected.
Samples are checked for stability, neck access, base shape, wall strength and transfer risks.
Air or water coverage can be reviewed to decide whether the selected process is practical.
Where multiple containers are involved, samples help identify whether change parts or guide adjustments are required.
Testing results can support a clearer equipment proposal and reduce assumptions in the quotation.
Machine
Compare automatic, semi-automatic, air, water and rinse-dry machinery routes.
Explore route →
Service
Installation, commissioning and line integration support for UK projects.
Explore route →
Machine
Inline bottle preparation routes for higher-output packaging lines.
Explore route →It should be considered before equipment is ordered so conveyor height, utilities, drainage, access and downstream line requirements are included in the specification.
Yes, support can be based around existing conveyors, filling machines, cappers, labellers and available space, subject to a review of the site details.
Photos of the production area, line layout, machine details, bottle samples, utility information and target output help build a practical project scope.
Sample testing is useful where bottle shape, static, particles, drainage or moisture tolerance could change the machine route. The test should record what was checked and what still needs confirmation at final specification.
| Check | How to validate it | Why it affects specification |
|---|---|---|
| Sample set | Send enough bottles to represent the range, not only the easiest format. | Prevents a machine being selected around one ideal sample. |
| Trial objective | State whether the target is dust removal, water rinse, dry-off or handling proof. | Keeps the test focused. |
| Result record | Use photos, notes or video where practical. | Helps compare route options without claiming unsupported case evidence. |
