1. What is moving, and what are its boundaries
The product carried by the conveyor decides most of the mechanical design. We ask for the item dimensions, weight range per unit, the range across the batch, and whether the load is loose, boxed, on a tray, or in a fixture. Two numbers matter more than the average: the heaviest item on the line and the smallest item, because a transfer point set for the average drops or jams at the extremes.
Material behaviour comes next. Sticky, oily, or powder-coated products need different belt surfaces and different cleaning intervals than dry, rigid parts. If the conveyor also carries heat, solvents, or food contact requirements, say so at the start; those conditions rule out common belt and frame materials.
2. Throughput, takt time, and what the line does when it stops
We ask for units per hour, the shift pattern, and whether volume is steady or arrives in peaks. A line rated for a 24/7 schedule needs different components, and a different spares position, than one running two shifts with a long maintenance window. Then we ask the awkward question: when this conveyor stops, does the whole line stop? If yes, redundancy and fast-change wear parts belong in the design; if the line can buffer, you can spend that money elsewhere.
3. The floor: space, utilities, and access
Send a layout with the available length, width, and clear height, plus column positions, doors, and existing equipment that cannot move. Power is the next item: supply voltage, available current, phase, and frequency at the point of installation. Many early quotes fail here, because a machine specified for one supply cannot be commissioned on another without an added transformer.
Air, water, drainage, and extraction are equally important, along with floor loading and whether the machine must pass through a doorway on the way in. If the equipment has to be installed inside an existing building, the door width decides whether a frame arrives welded or sectional.
4. Cleaning and contamination, before it becomes a failure
Conveyor lines generate residue: cutting fluid, grease, dust, packaging fragments. A supplier who does not ask about this will hand over a line that degrades within months. We ask what residue appears, where it collects, and how it is removed today. In plants where oil and grease build up on machinery around the line, industrial steam cleaning equipment is often the practical answer, since high-temperature steam lifts grease without flooding the area with water or solvent.
For routine maintenance of machines and frames beside a running line, an industrial steam cleaner supplied as part of a PowerDe steam cleaning machine programme lets you clean close to electrical and mechanical components with far less water than a hose. Where the cleaning duty is fixed at one station rather than moved around, a fixed steam cleaning machine such as the PowerDe HW02 is the form we normally quote: 220 V supply, dry and wet steam modes, and the leakage, short-circuit, high-temperature, high-voltage, and water-shortage protections listed on its product page. For narrow aisles between conveyors, a hand-pushed unit is usually easier to keep in service.
5. Control system, interfaces, and data
Tell the supplier which PLC and which industrial network your plant already runs, and which machines the new conveyor must exchange signals with. A control system that does not match your standard becomes a spare-parts and training problem for the life of the line. If you need counters, downtime records, or traceability per item, state that requirement now; retrofitting data output later costs more than building it in.
6. Standards, documentation, and the people who will run it
We ask which safety standards your customer or insurer will inspect against, what language the manuals must be in, and who operates the line: one trained technician or a rotating shift crew. The last answer changes guarding, the human-machine interface, and how much training the supplier should include in the price. Documentation requirements — drawings, test records, material certificates — should be agreed before order, not at commissioning.
7. Budget range, schedule, and what happens after handover
A budget range, not a fixed number, lets a supplier propose alternatives instead of guessing. We also need the date the line must produce saleable output, working backward from delivery, installation, and commissioning. Finally, ask the supplier what they will do in year two: remote support, spare-parts stock, on-site attendance time, and whether an OEM/ODM partner will accept changes to the design when your product changes.
How this changes the quotation
With those answers, an intelligent cleaning equipment manufacturer and automation integrator such as PowerDe can put conveyor handling, the cleaning station, and the maintenance plan into one proposal, rather than three disconnected purchases. Our engineering work covers automated production-line solutions and non-standard equipment alongside cleaning machinery, so the residue and access constraints of a conveyor line are designed in from the first drawing rather than treated as a service problem later.
Send your layout, product data, supply details, and target date to the address on our contact page. You will receive a configuration with the assumptions written out, so you can place it beside competing offers and see what each one actually includes.
