ComparisonNC500 vs NC600
NC600 vs NC500 Stack Cutter Comparison
Side-by-side comparison
| Dimension | NC500 | NC600 |
|---|---|---|
| Use case | Mid-volume batch cutting | High-volume linked cut-and-join |
| Cut accuracy | Production batch | ±0.1 mm miter accuracy |
| Stack workflow | Mould clamp 10–30 sticks/cycle | Linked stack + outfeed |
| Automation | Semi-automatic batch | Line-linked stack station |
| Ideal pairing | NN400 / NN500 joiners | NN300 quad-angle underpinner |
| Profile changes | Moderate changeover | Factory layouts with fewer daily changes |
| Daily scale | Hundreds–low thousands/day | Thousands–100,000+ frames/line scale |
| CE certification | Yes | Yes |
Decision tree
Do you run the same mould profiles all week?
Yes → NC600 line economics improve with stable SKUs.
Is batch flexibility more important than line speed?
Yes → NC500 may fit better with frequent profile swaps.
Pairing with NN300 quad joining?
NC600 is the typical upstream stack cutter in factory layouts.
FAQ
Can NC500 feed an NN300 line?
Yes with layout planning — NC600 is more common on high-volume NN300 pairs.
Where is stack cutter setup documented?
See /docs-center/double-miter-saw-stack-cutter-setup for layout notes.
Request specs for both?
Quote both slugs to compare footprint, power, and lead time.
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下一步
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