Static review
Measure the product, identify contact restrictions and inspect the proposed support points.
Product sample trials
Packaging conveyor sample-trial guide.
Use representative products to prove the assumptions that drawings cannot settle. A controlled trial records support, contact, transfer and line-state behaviour so the conveyor decision can be traced to real evidence.
Representative sample set
Select products by handling risk, not only by nominal dimensions.
A conveyor trial should include the formats most likely to challenge support, guides, transfers, detection and accumulation. A tall empty bottle may be less stable than the heaviest product; a flexible container may distort at a guide; and a decorated pack may be mechanically stable but commercially unacceptable if it scuffs.
Identify every state in which the product reaches the conveyor: empty, filled, uncapped, capped, labelled, warm, wet or otherwise process-dependent. Use normal production samples where possible and record whether trial units differ from saleable packs.
Sample-selection matrix
| Limiting characteristic | Sample evidence | Handling question |
|---|---|---|
| Smallest or least-supported base | Base geometry, flatness and actual samples. | Will the product bridge, rock or lose support at a transfer? |
| Tallest or highest centre of gravity | Overall dimensions and filled/empty state. | Will acceleration, curves or guide changes cause tipping? |
| Heaviest product | Actual gross mass and distribution. | Does the transfer, drive duty and stop behaviour remain controlled? |
| Flexible or variable wall | Material, production variation and permitted contact area. | Can guides or side-grip surfaces contact it without distortion? |
| Decorated or sensitive surface | Finished labels, sleeves, printing and no-contact zones. | Will repeated guide contact or back pressure cause visible damage? |
| Unusual closure or base | Cap, pump, trigger, neck and underside details. | Does the format interfere with guides, sensors, coding or inspection access? |
Controlled trial sequence
Test one handling question at a time, then combine the accepted conditions.
Begin with basic support and straight transfer before adding curves, guides, speed differences or accumulation. Record the setup before each test so an accepted result can be reproduced. Where a failure occurs, change one variable rather than adjusting guides, speed and sensor timing together.
Normal transfer
Run the limiting formats through each entry, discharge and change in support.
Line states
Create the defined pitch, downstream stop, accumulation, reset and restart conditions.
Repeatability
Repeat accepted settings with multiple samples and record variation or limitations.
Acceptance evidence
Write the pass condition before observing the test.
“Runs successfully” is not a sufficiently precise acceptance statement. State what must not occur: tipping, jamming, uncontrolled rotation, label damage, base-code obstruction, missed detection, loss of pitch or an uncontrolled restart surge. Also identify the required operating state and duration or number of repeat cycles appropriate to the project.
A recorded pass applies only to the products, settings and conditions tested. The final report should state any excluded format, untested production state or assumption that remains dependent on the completed line.
From trial to project
Carry the accepted settings into layout, controls and FAT/SAT documents.
The product trial should inform guide heights, transfer geometry, side-contact zones, speed relationships and sensor targets. Those decisions then need to appear on the controlled layout and in the acceptance plan; otherwise the final conveyor may not reproduce the tested condition.
Continue with the speed and product-spacing guide, controls and interlocks guide and FAT/SAT checklist.
Product sample trials
Common buyer questions
Use these answers to prepare the next technical decision or enquiry.
How many product samples are needed for a conveyor trial?
The quantity depends on the route and line states to be tested. Provide enough representative units to establish normal pitch, accumulation, stop and restart behaviour without relying on one ideal sample.
Should empty and filled containers both be tested?
Yes where both states occur or could limit stability. Filled weight, liquid movement, closure condition and label application can change the way a container transfers or accumulates.
Which product formats should be selected?
Choose the formats that create different risks: smallest base, tallest centre of gravity, heaviest load, least-rigid wall, most sensitive decoration and any unusual closure or base.
Can a short trial prove the final production output?
Not by itself. A trial can verify specific handling assumptions under recorded conditions. Sustained output also depends on the final layout, connected machines, controls, product supply and operating environment.
What should be included in a trial report?
Record sample identity, product state, conveyor setup, speed or pitch conditions, line state, observations, photographs or video, acceptance result, limitations and follow-up actions.
What happens if a sample fails the first test?
Record the failure before changing anything, identify the likely cause, change one controlled variable and retest. The result may support a revised guide, transfer or conveyor type—or show that another route is more suitable.
Start your conveyor enquiry
Get a conveyor quoteSend the product range, line duty and available layout.
Include representative samples, the required good output, machine interfaces and any cleaning, access or guarding constraints so Lancing can review the conveyor duty.