An engineer requests a sample of a component to test in an assembly. The supplier's process requires a form, an approval, an account and a small charge, and takes nine days.
A competitor sends one the next day. The part is tested, it works, it is specified into the design, and it is bought for the next eleven years from the company that posted something in an envelope.
1. Understand what a sample request means
Somebody is testing whether a part works in their application. That is the final step before specification, and it is the highest intent signal an industrial supplier receives.
2. Qualify quickly rather than gating heavily
Company, application and likely volume. Three questions asked in a minute filter out the casual requests without obstructing the serious ones.
3. Make it fast above everything else
An engineer testing options is working to a project timescale. A sample arriving nine days later arrives after the decision.
4. Send samples free where the value justifies it
For low value items against a potential long term order, the arithmetic is obvious. Charging for a component worth almost nothing to protect against casual requests loses specifications.
5. Charge for high value samples and credit it
Against a first order. This filters properly without deterring anybody serious, and it is entirely standard.
6. State the timescale honestly
Stock items in days, bespoke items considerably longer. Engineers plan around it and an unstated timescale means a supplier is simply omitted from a comparison.
7. Send the documentation with the sample
Data sheet, certification and dimensional drawing, which is what the engineer will need next, as covered in specification and technical data questions.
8. Send enough to test properly
One of something that will be tested to destruction is not a sample. Asking what testing they intend produces a more useful quantity.
9. Handle the prototype run separately
Where a bespoke item needs producing before it can be sampled, that is a project with a cost and a timescale rather than a sample request.
10. Explain what happens with tooling for a prototype
Whether a soft tool or another method can produce a small quantity before committing to production tooling. Engineers frequently do not know this is possible.
11. Follow up after the sample
Two weeks later, asking how the testing went. This is the highest value follow up an industrial supplier makes and it is almost never made.
12. Capture what the application actually is
A sample going into a particular use tells you about a market, a volume and frequently several other opportunities.
13. Send the certification where it matters
Regulated applications need documentation with the sample, which is the ground covered in certification and material traceability questions.
14. Publish a sample policy
What is available, what it costs, how long it takes and what is needed. Engineers comparing suppliers include this in the comparison.
15. Prevent the wrong sample being sent
Confirming the specification before dispatch avoids a wasted fortnight, which is the argument in reducing refund requests with better pre sale answers, and the same problem of a benefit nobody uses appears in member benefit questions nobody can answer.
16. Handle the request at the hour it arrives
An assistant that qualifies the application and volume, confirms the specification, states the timescale and dispatches the sample gets a part onto an engineer's bench while a competitor's form is still awaiting approval. See pricing, run the numbers on the chatbot ROI calculator, and the sector view sits under manufacturing.