Double Miter Saw & Stack Cutter Setup
Plan floor layout, material flow, and operator stations for double miter and stack cutting lines.
Setup guide
Double miter saw & stack cutter setup for frame shops
Picture framing chop saws handle custom mitre work; double miter stack cutters batch-prepare sticks for underpinning cells. This guide walks through a typical cut-to-join layout.
Workflow overview
- Receive moulding sticks; QC profile and moisture if solid wood.
- Load stack fixture (NC500/NC600) or single-stick mitre station (CT300/CT400).
- Mitre both ends; deburr; route to underpinner magazine or conveyor.
- Join corners; glaze and pack โ cutting station should not become the bottleneck.
Station selection
| Equipment | Role | Ideal daily volume |
|---|---|---|
| CT300 dust-free miter saw | Studio batch mitre, 90%+ dust collection | 500โ1,000 frames/day |
| CT400 pneumatic miter | Aluminium + wood mixed studio work | 1,000โ3,000 frames/day |
| NC500 stack cutter | 10โ30 sticks per cycle, flexible materials | 5,000โ10,000 frames/day |
| NC600 double miter stack cutter | Continuous high-speed uniform profiles | 10,000+ frames/day |
Floor layout tips
Material flow
Place the stack cutter close to stick storage with clear aisle width for forklift or hand trucks. Outfeed should point toward the NN300 underpinner cell to minimise re-handling. Leave service clearance on saw motor and dust ports.
Dust and safety
Connect cyclone or bag extraction on CT mitre stations; NC lines still produce chip streams at stack clamps โ schedule daily port cleaning. Lockout procedures for blade change must be posted per shift.
Recommended machinery
Chop saw vs stack cutter decision
Technical FAQ
What is stack cutting in picture framing?
Miter saw for picture frames vs construction chop saw?
How do I size a double miter saw line?
Related resources
Moulding engineering guide ยท Underpinner vs frame joiner ยท NC series overview
