Quick answer: An industrial laser marking machine accessories box sets slot depth at 7 mm and pin pitch at 62 mm, holding grid shift within 0.4 mm in 12 transfers.
Table of contents
- Slot depth in the industrial laser marking machine accessories box
- Pitch of the locating-pin array
- Shift readings across successive transfers
- Pull-out force after the drop retest
- Slot-depth reject line for accessory batches
- FAQ
1. Slot depth in the industrial laser marking machine accessories box
A depth gauge checks each slot before the transfer rig: the industrial laser marking machine accessories box holds it at 7 mm, read against a 530×390×210 mm outer footprint, a 465×330×150 mm cavity and a 4.1 mm wall. Shallower lets a divider ride up on a rough leg; deeper leaves too little rim to grip. Seven is the grade that clears neither extreme.
Half of the ≤0.4 mm shift limit is carried by slot depth, so its moulding tolerance is tighter than any shell face. At 4.9 kg empty and 10 kg loaded, two 350 N latches pin the lid; a shallow patch lets the divider foot climb across 12 transfers and skews the grid. Incoming lots are sampled, and one out of grade is held back before it ever reaches the rig.
| Slot grade | Shift after 12 transfers | Verdict |
|---|---|---|
| 4 mm | 0.68 mm | Reject |
| 7 mm | ≤0.4 mm | Threshold |
| 10 mm | 0.34 mm, too deep | Reject |
4 mm reads 0.68 mm and is struck; 10 mm reads 0.34 mm but hides the divider rim. Only 7 mm keeps ≤0.4 mm with the rim still reachable.
2. Pitch of the locating-pin array
The 62 mm pin pitch is what keeps a seated divider from swaying. The array is moulded with the base of the industrial laser marking machine accessories box, and pin tips meet the divider root once it drops in. Stretch the pitch and the mid-span bows outward over 12 legs, widening shift; squeeze it and the pins steal grid clearance so a thicker panel will not seat.
The 62 mm already budgets pin-tip wear across 4400 open-close cycles, so it starts tight. Tips in one row must share a plane, or a single worn pin cants the divider and pinches one cell. With the two 350 N latches down, the array only locates the grid; pitch plus slot depth explains why the divider of the industrial laser marking machine accessories box stays put after 12 transfers.
3. Shift readings across successive transfers
Shift is taken every 2 legs, not saved for the 12th. After each leg the industrial laser marking machine accessories box settles, a feeler slips between divider and pin tips, and the gap becomes a shift figure alongside pin-tip wear. Twelve legs must end within ≤0.4 mm; an early breach closes the run.
| Transfer number | Grid shift | Pin-tip wear |
|---|---|---|
| 2nd | 0.10 mm | 0.01 mm |
| 6th | 0.25 mm | 0.04 mm |
| 12th | ≤0.4 mm | ≤0.08 mm |
Treat the 12th row at ≤0.4 mm as the gate, but read it as slot wear plus pin sink, not a lone offset. Three parallels differing by more than 0.09 mm send the check back to the moulding batch before the criterion is touched. Leg speed, stack height and rest time are logged, or the six readings cannot be compared. The leg-by-leg sheet of the industrial laser marking machine accessories box tracks how shift accretes, which a single end figure never shows.
4. Pull-out force after the drop retest
Pull-out force is retested after a 1.0 m drop: a gauge lifts the divider steadily along its normal and logs the release value, held to 18–26 N. The industrial laser marking machine accessories box has already worn its slot and pin tips over 12 transfers; the drop asks whether impact drives the panel up out of the groove.
Clear the slot first, since chips inflate an 18–26 N reading. The single gasket at 20% and the two 350 N latches are checked before blaming the divider if give shows up. Re-measure after the shell lands: a pin tip bruised by the drop loosens the divider root, pull-out force falls, and the grid drifts with it. IP65 enters this round as a benchmark method only. Three columns on one sheet answer a single point: whether the slot of the industrial laser marking machine accessories box still grips the divider after transfer and drop alike.
5. Slot-depth reject line for accessory batches
Two gauges settle a lot: the lower deviation of the 7 mm slot, and shift after 12 transfers. Each industrial laser marking machine accessories box batch is measured for slot, then wear is inferred from shift, and both must clear. Slot stands alone because it fixes the starting grid and the margin left at the 12th leg, catching drift at the door.
| Shift reading | Matching slot depth | Batch verdict |
|---|---|---|
| 0.68 mm | 4 mm | Reject |
| ≤0.4 mm | 7 mm | Threshold |
| 0.34 mm | 10 mm | Too deep |
0.68 mm with 4 mm misses ≤0.4 mm and is scrapped; 0.34 mm with 10 mm hides the rim. JUNZHIJIA sets accessory lots at 7 mm, ≤0.4 mm and 18–26 N; the maker fills slot depth, pin pitch and the 12th-leg shift for each unit, ticks a pass only when all three are present, and totals the lot at the end. A blank cell parks that unit outside the count. Filed this way, the industrial laser marking machine accessories box keeps its batches reconcilable.
Conclusion
Release of the industrial laser marking machine accessories box comes down to slot depth and pin pitch still seating the divider after 12 transfers. The four figures 7 mm, 62 mm, ≤0.4 mm and 18–26 N mean little unless they share one lot: alone each looks clean, together they can still fail. Judge each unit, total the lot, and count only a full three-cell row; no single tidy figure clears a batch.
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