Start as a manufacturer would: the site and the people, not the machine
Write one page that describes what will surround the equipment. Name the room and what else runs in it. Name the shift pattern and who will operate this unit, who will clear a jam, and who will change a consumable. Name the maintenance trade that will open a guard, and say plainly whether that trade works on this machine under the same permit rules as the rest of the line. Safety requirements for alignment and packaging equipment are mostly about who reaches where, how often, and under what energy state. A generic risk register copied from a previous project hides that; a site description exposes it.
Then fix the handling steps around the machine. Glass plate and PI film arrive as consumables and leave as a finished stack. Who carries them to the load point, on what, and at what point does a person's hand share a space with a moving part? Those answers set the guarding conversation, and they are yours to decide, not the supplier's.
Break the cycle into phases and ask what is live in each one
Take one machine cycle apart into load, alignment, the bonding or pressing step, transfer, and unload, and write a row for each. In every row record three things: what is moving, what is hot, and what is under pressure or vacuum, if the build for your plant uses either. The listing describes soft alignment packaging of glass plate and PI film with selectable recipes, so a recipe is a change of process conditions between jobs. A review that stops at "running" and "stopped" will miss that. State what is live during a recipe change, during a hold, during a single-step jog, and during a jam clear, because those are the states where people improvise.
Write the access list before you read the guarding proposal
List every reason a person needs to reach inside or up to the machine: thread film, replace a consumable, clear a mispick, clean a stage, swap a tooling part, reach a display to clear a fault. For each entry record the tool required, the time it takes, and whether the task can be done with a guard in place. Guarding and interlock questions follow directly from this list, and a supplier proposal you have not read yet cannot answer it. If the access list is long, the honest conclusion is that the task design needs work, not that more guarding needs to be added.
Treat consumables, by-products and run-off as part of the machine
Thin film and plate stock produce cut-offs, mispicked pieces and packaging waste. Record where each of those lands, who collects it, and what container it goes into. Record anything the process is expected to generate that leaves the machine: exhausted gas, heated or cooled air, condensate, a discarded bonding film. The published description says the process is high-precision and that recipes are selectable to reduce alignment bubbles, so the gas, atmosphere or heating arrangement behind that is a written question you must have answered for your unit, not a general statement about TGV equipment. Where a substance or a discharge is involved, the room's ventilation and the waste route become safety requirements for your side of the project, and they belong in your own document with a named owner.
List the utilities and say who can prove them
Every connection the delivered machine will need goes on one row: electrical supply and isolation point, compressed air if the build uses it, any process gas or inert supply, vacuum if the build uses it, cooling, and drainage if anything is discharged. On the same row record who at your plant is accountable for providing it and which drawing or record will prove it after installation. Two rows deserve particular attention. The isolation point needs a named authority, because an isolation that nobody can sign for is not an isolation. Any gas or inert supply needs the room consequence written down: what happens in an occupied space if the line leaks or the supply is interrupted, and what detection or evacuation response covers that. These are your plant's answers, and they are the parts of a safety review that suppliers most often leave to the buyer.
Make controls, faults and stop behaviour a decision the manufacturer signs for
Put the control layer in the review as a safety item, not as an automation detail. Ask who writes and approves a recipe, and whether an operator can change a process condition at the panel. Ask what the machine does on a fault: does it hold, retract, or stop with the workpiece inside, and can a person reach that workpiece safely in that state. Ask how a jam is cleared and what the panel tells the operator to do. A machine that parks a stack in a heated or closed position after a fault creates an access problem that no amount of guarding on the running cycle will solve. Put the answer in your document as a named requirement, and record which document states it for the delivered unit.
Write the training and permit requirements while the plan is still open
For each job on the access list decide who may do it, what they must be shown, and how you will record that they were shown it. Decide which tasks need a permit or a second person, and which tasks are prohibited without an isolation. Decide what the shift-handover record contains for this machine. When this work happens inside a wider line it sits alongside the site-level planning the supplier's automated production line solutions category covers, and the hand-over between machine delivery and your operating rules is exactly where a safety review earns its keep.
Keep a change rule for recipes, tooling and the crew
A new recipe, a new film, a new tooling part, a new shift pattern, or a new operator each changes what is safe about this machine. Write one short rule that says who reviews such a change, what evidence they look at, and what record closes it. That rule is cheap now and expensive to invent after an incident, and it is the only part of the review that keeps working once the project team has dispersed.
How a manufacturer should turn the review into one enquiry sheet
Take the rows you filled and the rows you left open, and send them as one document. Ask the supplier to complete each open row for the machine they intend to build, and to say which drawing, instruction page or test record states the answer for the delivered unit. Where their answer is a standard practice rather than a document, record that as a gap. Because engineered equipment of this kind starts from a written brief, the enquiry route at customized steam cleaning equipment and other engineered enquiries on the site is where that sheet is meant to land; it handles process-equipment briefs as well as cleaning projects.
What the review still does not prove
A completed review proves that you asked the right questions of a specific build. It does not prove that the delivered machine behaves as the answer sheet says. Close the review with the acceptance you will actually perform: an observed jam clear by a new operator, an isolation carried out by the maintenance trade that will do it, one recipe change made and recorded, and one walk of the access list with the guards in place. Sign those, date the document, and set the next review date. Anything not demonstrated in that walk stays open, on paper, where the next shift can see it.
