Before a finishing machine arrives, confirm the exact machine configuration, the unloading route, utilities at its final location, space for the whole finishing process, and who will handle startup. A machine fitting through the door is not the same as a process being ready to run.
Start with three questions: Which machine are you buying? What parts will run in it? Where will those parts go after the cycle ends?
1. Get the requirements for the exact configuration
Ask for the current installation instructions and a drawing for the machine and every quoted accessory. Confirm the ordered voltage and phase, electrical load, compressed-air requirements if applicable, overall dimensions, shipping dimensions, and shipping weight. Do not size electrical service or lifting equipment from a photograph or a similar model.
The model matters. Richwood's current RW-6 specifications list 110V single-phase power and no compressed-air requirement. The RW-120 specifications list 220V three-phase power and required compressed air. Those examples explain why “we have power in the shop” is not enough. Confirm the actual ordered configuration with the supplier and have qualified personnel assess the site.
If compressed air is required, ask for both pressure and flow requirements, plus any air-quality requirements. A requirement missing from a product page is something to resolve, not something to guess.
2. Plan the route from the truck to the operating position
Separate delivery from unloading, moving, and positioning. Get a written answer about who handles each step and what is included in the freight arrangement.
Check door openings, turns, overhead obstructions, and the final location against the shipping information and installation drawing. Have the appropriate installer or rigger confirm handling equipment and floor suitability using the actual load information. Do not assume the machine's operating dimensions describe the crate.
Then check access with the machine in place. Can the operator load and unload it? Can covers open fully? Can maintenance personnel reach the components the manual identifies? Use the manufacturer's required clearances, not a universal distance from an online checklist.
3. Lay out the process, not only the machine
Walk one batch through receiving, loading, finishing, separation, any rinsing or drying, inspection, and onward handling. Which steps already have a workable place, and which still need equipment or space?
Rösler's mass-finishing overview describes drying, washing, process-water management, consumables, and process development alongside the finishing machine. That is useful context for planning a complete process; it does not mean every shop needs every accessory.
For a wet process, establish where liquid will be collected and how it will be managed before the first batch. Decide whether the proposed process uses fresh or recirculated water and confirm the applicable handling requirements. An available floor drain is not, by itself, an approved wastewater plan.
Keep unfinished and finished work identifiable. Leave a practical location for inspection and for any parts that need review. Do not let the unloading cart become the only place to put everything.
4. Assign the unresolved items before delivery
Use a short readiness sheet. Every open item needs an owner and a confirmation, not just a check mark saying “probably.”
| Item | Evidence to have before startup |
|---|---|
| Machine and accessories | Order confirmation, current manual, configuration-specific installation drawing |
| Delivery and positioning | Agreed unloading responsibilities, shipping dimensions and weight, reviewed access route |
| Utilities | Site review against the machine and accessory requirements by qualified personnel |
| Downstream process | Planned separation, liquid handling, drying if needed, and inspection locations |
| Startup and training | Named responsible people, agreed scope, required consumables, and acceptance checks |
This is a planning checklist, not an installation procedure. Inovatec's vibratory-machine installation guide includes machine-specific transport restraints, control-box connections, cover movement, drainage, and startup checks. Those details show why the supplied manual matters. They are not instructions to apply to a centrifugal barrel machine or another manufacturer's equipment.
5. Define what “ready for production” means
A powered machine is not yet a verified finishing process. Arrange operator training and agree who checks the setup against the supplier's instructions. Installation, commissioning, and training are separate scope items worth confirming; Rösler's service overview lists them as distinct services.
For the first agreed process check, have representative unfinished parts and an accepted finish reference available, along with the relevant drawing requirements. Record the media, compound, loading, and process settings used. Check the finished parts against the agreed edge, surface, dimensional, and cleanliness requirements rather than judging readiness by appearance alone.
The question is not simply, “Does it run?” It is, “Can our operators repeat an acceptable result through the complete workflow?”
Common questions
Does every finishing machine need three-phase power and compressed air?
No. Requirements depend on the model and configuration. The RW-6 and RW-120 examples above differ. Check the current specifications and installation documents for the machine actually ordered.
Does the machine price include installation?
Do not assume it does. Ask the supplier to identify freight, unloading, rigging, utility work, startup, and training separately as included, optional, or your responsibility. For purchase-budget context, see the centrifugal barrel machine cost guide; use a current written quote for your order.
How much space should we leave around it?
Use the manufacturer's required operating and service clearances, then account for your loading, separation, inspection, and material-handling workflow. There is no single clearance that this article can specify for every machine.
Confirm the setup before you schedule the move
Talk with Richwood about the machine you are considering, your parts and batch needs, and the available site utilities. Bring the layout questions into the equipment discussion so the proposed setup can be checked before delivery.