Laser cutter: Difference between revisions

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=== Models ===
=== Models ===
{| class="wikitable"
{| class="wikitable sortable"  
|+ Caption text
|+ Caption text
|-
|-
! Name !! Price !! Cutting area !! Power  
! Name !! Price !! Cutting area !! Power  
|-
| Neje3 || $400  || 170 x 170 mm2 ||  5.5-7.5W
|-
| Twotrees TTS-55 pro 40W || $200 || 300 x 300 mm2 || 5W
|-
| Creality Falcon 10W || 640€ || 400 x 415mm2 || 10W
|-
| Ikier X5 Pro || 230€ || 410x380mm2 || 5W
|-  
|-  
| Creality Falcon 5W || 260€ ||  400x415mm2 || 5W
| ACMER S1 6W ||220€  || 130x130mm  || 6W
|-
| ATOMSTACK Swift  || 170€ || 410 x 380 mm2  ||  7W
|-
| ATOMSTACK A10 Pro ||  400€ || 410 x 400mm  || 10W
|-
|  Creality Laser Falcon 10 W|| $200 ||  400*415mm || 10W
|-  
|-  
| Woxcker L2 MAX 10W  || 450€ || 300x300mm2 || 10W
| Creality 5W ||170€  || 400x410 mm2 || 5W
|-  
|-  
| ATOMSTACK Swift || 170€ || 410 x 380 mm2  || 7W
| Creality Falcon A1 10W || 520€ ||   || 10W
|-  
|-  
|  ACMER S1 6W ||220€  || 130x130mm  || 6W
| Creality Falcon A2 || $400 || 400mm*415mm || 12W
|-
| Creality Falcon 10W || 640€ || 400 x 415mm2 || 10W
|-  
|-  
| ATOMSTACK A10 Pro || 400€ || 410 x 400mm  || 10W
| Creality Falcon 5W || 260€ ||  400x415mm2 || 5W
|-
| Ikier X5 Pro || 230€ || 410x380mm2 || 5W
|-  
|-  
|  Longer  || 230€ || 400 x 400 mm2  || 5W
|  Longer  || 230€ || 400 x 400 mm2  || 5W
|-  
|-  
| LONGER RAY5  || 170€ ||  140x130mm2  || 3.5W
| LONGER RAY5  || 170€ ||  140x130mm2  || 3.5W
|-
| Neje3 || $400  || 170 x 170 mm2 ||  5.5-7.5W
|-
| Twotrees TTS-55 pro 40W || $200 || 300 x 300 mm2 || 5W
|-  
|-  
| Creality 5W ||170€  || 400x410 mm2 || 5W
| Woxcker L2 MAX 10W  || 450€ || 300x300mm2 || 10W
|-  
|-  
| Atomstack P1 || 400€ ||  || 5W, 1.2W
| Atomstack P1 || 400€ ||  || 5W, 1.2W
|-  
|-  
| Creality Falcon A1 10W || 520€ ||  || 10W
|  || ||  ||  
|-  
|-  
|  ||  ||  ||  
|  ||  ||  ||  
|}
|}


Cutting (Note:  some plywoods are glued with laser impermeable glue. )
* 10 W cut 8mm wood in one pass
* 10 W can cut a 12mm wood board or 3mm black acrylic in one pass at a speed up to 10mm/min.
* With 5w cut 4mm plywood in one pass (depends of the glue), up to 8mm in 2-3 passes.
* 7W was great for engraving. It wouldn't cut anything though (Probably it's out of focus: you either have to turn the lens holder or rise / lower it from the material surface. )






* The laser spot area
* The laser spot area
* 10,000mW output power and laser class 4, which can cut a 12mm wood board or 3mm black acrylic in one pass at a speed up to 10mm/min.
* 10 W cut 8mm wood in one pass
* anti-UV acrylic filter in the eye protection module,
* anti-UV acrylic filter in the eye protection module,
* Emergency stop
* Emergency stop
* Limit switch
* Limit switch
* 10W and metals: very shallow engravings, but only with the help of a chemical called cerakote or similar


=== Cutting speed vs power vs material ===
=== Cutting speed vs power vs material ===
=== Extra material needed ===
* bed
** Steel Sheets
** Aluminum Honeycomb Panels
** Ceramic Tiles
**


== 1 ==
== 1 ==

Latest revision as of 12:25, 1 November 2025

Introduction

Cheap and simple, relative small, to cut plywood.

Models

Caption text
Name Price Cutting area Power
ACMER S1 6W 220€ 130x130mm 6W
ATOMSTACK Swift 170€ 410 x 380 mm2 7W
ATOMSTACK A10 Pro 400€ 410 x 400mm 10W
Creality Laser Falcon 10 W $200 400*415mm 10W
Creality 5W 170€ 400x410 mm2 5W
Creality Falcon A1 10W 520€ 10W
Creality Falcon A2 $400 400mm*415mm 12W
Creality Falcon 10W 640€ 400 x 415mm2 10W
Creality Falcon 5W 260€ 400x415mm2 5W
Ikier X5 Pro 230€ 410x380mm2 5W
Longer 230€ 400 x 400 mm2 5W
LONGER RAY5 170€ 140x130mm2 3.5W
Neje3 $400 170 x 170 mm2 5.5-7.5W
Twotrees TTS-55 pro 40W $200 300 x 300 mm2 5W
Woxcker L2 MAX 10W 450€ 300x300mm2 10W
Atomstack P1 400€ 5W, 1.2W


Cutting (Note: some plywoods are glued with laser impermeable glue. )

  • 10 W cut 8mm wood in one pass
  • 10 W can cut a 12mm wood board or 3mm black acrylic in one pass at a speed up to 10mm/min.
  • With 5w cut 4mm plywood in one pass (depends of the glue), up to 8mm in 2-3 passes.
  • 7W was great for engraving. It wouldn't cut anything though (Probably it's out of focus: you either have to turn the lens holder or rise / lower it from the material surface. )


  • The laser spot area
  • anti-UV acrylic filter in the eye protection module,
  • Emergency stop
  • Limit switch
  • 10W and metals: very shallow engravings, but only with the help of a chemical called cerakote or similar

Cutting speed vs power vs material

Extra material needed

  • bed
    • Steel Sheets
    • Aluminum Honeycomb Panels
    • Ceramic Tiles

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