Use case: Wood
Wood CNC work starts with the blanks you ship: plaque size, relief depth, and fixture margin. Shortlist envelope and spindle class before chasing a larger frame you will not fill.
Measure the largest weekly panel plus clamps. A 400 mm bed helps nested plaques; a compact 300 × 180 mm cell is enough for stamps, inlay, and small relief if rigidity and spindle power are there.
CNC mills depth, pockets, and joinery that a laser cannot. Lasers still win for fine surface engraving and thin organic cuts. Many wood shops run both rather than forcing one tool to do the other's job.
Budget spoilboards, bits, dust collection, CAM, and scrap. Confirm the manufacturer lists wood (and any acrylic or light metal) on the exact trim. Treat preorder configurations as a timing constraint, not a spec upgrade.
Best for · Budget 400 mm CNC with touchscreen control
Open 400 × 400 mm CNC router package with a 500W spindle upgrade and 3.5-inch touchscreen.
Work area
400×400 mm
Spindle power
500 W
Maximum engraving speed
10000 mm/min
Starting at
$588.00
$898.00
Best for · Compact 500W CNC for small parts
Compact all-aluminum CNC router with a 500W spindle and 300 × 180 × 78 mm work area.
Work area
300×180×78 mm
Spindle power
500 W
Spindle speed
12000 RPM
Starting at
$299.00
$499.00
Best for · Budget 400 mm CNC for wood and acrylic projects
Open 300W GRBL desktop CNC with a 400 × 400 × 60 mm work area and touchscreen offline controller.
Work area
400×400×60 mm
Spindle power
300
Control
GRBL 1.1
Starting at
$369.90
Only when recurring blanks need the travel. Unused area adds footprint and does not increase spindle power.
No. They complement lasers: mills for depth and parts, lasers for engraving and thin cuts. Shortlist from the SKU mix, not from a single tool preference.
Shortlist machines from your constraints
Estimate payback and annual ROI
Model first-year cost and cost per unit