When a buyer contacts Shenzhen PowerDe Automation Precision Equipment about a new machine, the conversation rarely starts with a model number. It starts with a question: can you build this, how long will it take, and what will it cost? Those answers depend almost entirely on the quality of the information supplied at the start. A clear brief shortens the design loop; a vague one produces quotation ranges so wide that nobody can commit to them.
Based on how our engineering team handles incoming projects, the following is a practical checklist of what to have ready before planning industrial product development.
1. The Part or Product You Want to Process
Send drawings, a sample, or at minimum a photo with dimensions. For bonding and lamination work, material type matters as much as size: glass, film, flexible OLED, or metal plate each lead to different process windows. Our semiconductor process equipment covers curved-surface, large-size, and vacuum bonding precisely because the part geometry drives the machine architecture. If a sample is easier to ship than to draw, send the sample.
State target throughput and tolerance in numbers, even rough ones — "as fast as possible" gives an engineer nothing to design against.
2. Your Current Process and Pain Point
State target throughput and tolerance in numbers, even rough ones — "as fast as possible" gives an engineer nothing to design against.
Tell us what you do today. A line that produces acceptable output but needs fewer operators is a different problem than a line that cannot hit yield at all. For cleaning applications, describe the soil you are removing — cutting oil, heavy grease, food residue — and the surface it sits on. That detail decides whether a PowerDe cleaning equipment unit should run dry steam, wet steam, or hot water, and whether a fixed or mobile format fits your floor layout.
3. Factory Constraints
Available floor space, ceiling height, power supply, compressed air, water source, and drainage all shape the machine footprint. A unit specified for 220 V cannot be shipped into a plant wired for something else without an electrical change nobody budgeted for. List the services you actually have at the installation point, not what the building was designed for.
4. Volume and Timeline
Prototype, pilot line, or full production? A single machine for an R&D lab and a matched set of thin-film solar equipment for a production floor are quoted and scheduled differently. Give your decision date, not just your desired delivery date, so the engineering review can be sequenced around it.
5. Who Signs Off, and Against What Criteria
Some projects are approved on capital cost, others on uptime or labour savings. Knowing which number your management watches lets us frame the proposal around it. If a test run or demonstration is required before purchase, say so in the first message — arranging it takes longer than most buyers expect.
6. What You Already Rejected
If you have looked at other suppliers and walked away, tell us why. Budget, capability, lead time, or after-sales support — each reason narrows the solution space and saves both sides a wasted round. We would rather hear that a previous quotation missed the mark than repeat the same miss.
What Happens After You Send It
An initial brief like this lets our team respond with a real process proposal rather than a list of questions. Follow-up clarification is normal — first-pass information is rarely complete — but starting with a specific target shortens the whole cycle.
If your project fits our scope, visit our contact page to start the conversation. A drawing, a sample, and a target throughput are enough to begin.
