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
Line integration	Standalone batch station	Linked outfeed to NN300 joining
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
Power / footprint	Compact single-phase options	3-phase line layouts — wider footprint
Daily scale	Hundreds–low thousands/day	Thousands–100,000+ frames/line scale
CE certification	Yes	Yes

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.

Need linked outfeed into a joining line?

Yes → NC600; NC500 stays as a flexible batch cell when lines are not planned.

Can NC500 feed an NN300 line?

Yes with layout planning — NC600 is more common on high-volume NN300 pairs.

How much floor space for NC600 vs NC500?

NC500 fits tighter studio/factory cells; NC600 needs outfeed clearance for linked NN300 layouts — request layout drawings on quote.

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.

Pronto para comprar

Request OEM specs and pricing → Get quote