A factory acceptance test helps confirm that the agreed machine scope, controls and core performance checks are understood before equipment reaches site. It is one of the best opportunities to surface unclear assumptions while changes are still easier to manage.
That matters even more on projects with several pack formats, linked equipment or a narrow commissioning window because late surprises tend to create delay and distraction on site.
A useful FAT does more than demonstrate movement. It should reference the agreed machine scope, control philosophy, changeover expectations, safety features, utilities assumptions and the practical checks that matter most to the project.
Where possible, the test should also reflect representative pack formats or operating conditions so the discussion stays connected to the real application.
Before the FAT, define what counts as a pass for the project, who needs to attend, which documents should be reviewed and what follow-up actions need to be recorded. This avoids the test becoming a broad demonstration with no clear acceptance route.
It also helps to decide which issues must be resolved before dispatch and which can reasonably be completed as part of installation and site commissioning.
Clear FAT notes usually make delivery, installation and training easier because the site team knows what has already been checked and what still needs confirmation. That reduces duplication and helps the handover stay focused.
The aim is not to prove every possible production scenario at factory stage. It is to arrive on site with fewer unknowns and better-defined next steps.
No. A FAT reduces uncertainty before dispatch, but final installation and site acceptance still need to be managed around the real operating environment.
Not necessarily. The depth of testing should reflect the complexity, integration level and risk profile of the project.
Clear acceptance criteria, representative formats where possible, documented actions and agreement on what must be complete before dispatch.
Share the machine scope, timing and validation points so the acceptance plan can be built around the project rather than around generic checks.
Use these linked pages to move from factory acceptance test packaging machinery guide into the application, solution, category and support routes most likely to shape the final machinery choice.
These answers help move guide research into a shortlist that can actually be specified.
Once the product, pack format, output target and main line challenge are clear enough to narrow the shortlist into one or two practical routes, the discussion is usually ready to move beyond research.
Yes. A guide is most useful when it helps you choose the right category and line route first, then the right specific machine within that route.
Product behaviour, container or pack drawings, closure style, label layout, required output, utilities, site space and expected changeovers all make the next step much clearer.
Use the linked application and solution pages if the guide still feels broad. They help regroup the decision around product behaviour or the real line challenge.