Standard cleaning machines are easy to buy. Pick a model from a catalogue, check the voltage, and it ships. That works when the job matches what the design engineer assumed. It stops working when your wash bay has no three-phase power, when cleaning can only happen after the kitchen closes, or when the machine has to climb between six basement parking levels every shift.
That is when the conversation turns custom. A custom cleaning machine is designed around your job instead of the other way around, and the design is only as good as the information you provide. A vague request such as “a strong steam machine for our fleet” produces a vague quote: one or two rounds of revisions, a sample that misses the mark, and a final price nobody expected. Here is what to include in your first inquiry so the machine you receive is the machine you need.
1. Describe the soil and the surface, not the machine
Tell the manufacturer what you are cleaning and what you are removing. Vehicle bodies, engine compartments, hospital beds, floors and exhaust hoods all need different combinations of temperature, pressure and moisture. Baked-on grease on an engine bay responds to high-temperature steam; loose road dust on a painted panel needs far less. Degreasing a transmission housing and refreshing a car interior are two different engineering problems, even though both start with the word “steam”.
Be specific about four things: the material of the surface, the type of soil (oil, grease, food residue, dust, biological contamination), how heavily soiled the items usually are, and how often cleaning takes place. This information decides whether you need dry steam, wet steam, hot water, vacuum recovery, or a combination of them, and it is the single most useful content you can put in an inquiry.
2. Describe the site where the machine will live
Where a machine operates shapes its design more than almost anything else. Give the engineering team the site facts:
- Power. State exactly what supply is available. A fixed installation on 220 V single-phase limits the heating element very differently from a 380 V three-phase connection. The published specification of our fixed HW02 unit, for example, lists 220 V supply and 6 kW heating output. If your site can only deliver 3 kW on a single-phase circuit, that is a design constraint we need before quoting, not after.
- Water. Confirm whether a tap-water inlet is available or the machine must run on a filled tank. Tank capacity, refill frequency and drainage arrangements all follow from this answer.
- Space and access. Give the dimensions of the working area and how the machine moves through it. A unit that drives between bays needs a different chassis than one that is pushed down a corridor or bolted to a fixed wash point. Low ceilings in indoor garages, narrow ramps and tight turning radii are common reasons a standard cart design fails on site.
- Environment. Mention freezing winters, salt-laden coastal air, heavy dust, or wash areas that stay wet year-round. These conditions change material choices and protection systems.
3. Define how the machine will actually be used
A machine rated for two hours a day and a machine running eight hours a day are not the same product, even when their specification sheets look identical. Provide the number of operating hours per day, the number of items cleaned per shift (vehicles, beds, machines), whether operation is continuous or intermittent, and which modes your staff will genuinely use: dry steam, wet steam, hot water, or vacuum. Battery-powered mobility matters for multi-floor garages; a corded unit is simpler where a fixed power point exists.
Also state who will operate the machine. A cleaning cart used by a trained technician and a machine handled by rotating general staff need different control layouts, different training effort, and different durability margins.
4. List safety and hygiene requirements
Electrical and thermal protections, including leakage, short-circuit, high-temperature, high-voltage and water-shortage protection, are built into our machines. Tell us about requirements beyond the standard: local electrical codes, rules for work near flammable vapours, or food-contact and healthcare hygiene standards. If the machine will work in a kitchen or a medical area, say so at the start. It affects tank material (we use SUS304 stainless steel), surface finish, and how disinfection is handled.
5. Share the commercial side early
If you are a distributor, brand owner or equipment reseller, say so in the first message. Ordering under your own brand changes the specification sheet: plug and voltage standards for your market, control panel language, manuals, packaging and labelling. As an intelligent cleaning equipment manufacturer, we treat a single end-user machine differently from a batch of branded units, and knowing which one you need early saves weeks of back-and-forth.
Include your target quantity, target market, budget range and required delivery date. None of these have to be final; a range is enough. An honest number lets the engineering team size the design to the budget instead of over-engineering it.
A checklist before you send the inquiry
- What surfaces you clean and what soil you remove
- Available power (voltage, phase, capacity) and water supply
- Space dimensions, access routes and mobility needs
- Daily workload, operating hours and the modes you require
- Safety, code and hygiene standards that apply
- Quantity, target market, branding, budget and delivery expectations
With those six items, an engineer can usually answer your first inquiry with a workable configuration, or with an honest recommendation that a standard PowerDe steam cleaning machine already fits the job. Customisation should start from a real job description, not from a catalogue page.
If you are planning customized steam cleaning equipment for a wash operation, a facility or a production line, send us the details above. Our team will review your site conditions and workload with you before proposing a specification, so the machine that arrives is the one your job asked for.
