ComparisonCT400 vs NC500

CT400 vs NC500: Pneumatic Dust-Free Miter Saw vs Fully Automatic Stack Cutter

Side-by-side comparison

Dimension	CT400	NC500
Use case	Mid-to-large factories needing batch cutting of 10–30 moulding sticks per cycle	All-material compatible—solid wood, aluminum, PVC, and more
Throughput	10–30 sticks per cycle, very high output	All-material compatible—solid wood, aluminum, PVC, and more
Automation	Manual / semi-auto / fully automatic	All-material compatible—solid wood, aluminum, PVC, and more
Ideal daily volume	2,000–10,000+ frames/day (configuration-dependent)	All-material compatible—solid wood, aluminum, PVC, and more
Primary scenario	studio	factory
CE certification	Yes	Yes
Factory-direct OEM	XKY Frame	XKY Frame
Quote path	/products/ct400-pneumatic-miter-saw-aluminium-wood	/products/nc500-auto-double-miter-saw-stack-cutter

Is studio or factory your primary scale?

Lean CT400 for studio; lean NC500 for factory.

Do you need maximum throughput on stable SKUs?

Compare throughput rows — typically the NC500 class for line layouts.

Need both specs in one RFQ?

Quote both /products/ct400-pneumatic-miter-saw-aluminium-wood and /products/nc500-auto-double-miter-saw-stack-cutter on the same inquiry.

What is the main difference between CT400 and NC500?

Full pneumatic clamping and guard systems let you cut hard metals such as aluminum without manual hold-down—much safer operation.

Can I run CT400 and NC500 on the same line?

Some factories use different stations for different profile classes. Share your layout sketch on /contact/quote for engineering review.

Are both models CE certified?

Yes. XKY Frame supplies CE-certified machinery with documentation for export clearance.

What efficiency advantage does stack cutting offer over traditional miter saws?

Mould-based clamping lets you cut 10–30 sticks in parallel per cycle, delivering 3–5× the throughput of conventional mitering.

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