FLUX Full Series
Product Comparison

Units
ModelAdorbeamo ⅡHEXA
Dimensions637 x 488 x 226 mm710 x 474 x 208 mm1110 x 670 x 273 mm
Weight19 kg23 kg58 kg
Work Area430 × 300 mmCO2: 360 x 240 mm Infrared: 270 x 190 mm730 x 410 mm
Work Area DepthWithout Prism: 30 mm With Prism: 20 mm With Extension Base Add-on: 155 mmWith honeycomb: 7 mm Without honeycomb: 30 mm With Extension Pocket: 155 mm125 mm Autofocus: 60 mm
Camera Preview Area430 x 300 mm300 x 195 mm730 x 395 mm
PowerAC 110V / 220VAC 100V - 240VAC 110V/220V
Speed1 - 400 mm/s1 - 750 mm/s1 - 900 mm/s
Touch Panel5" HD LCDHD LCD Touch ScreenHD LCD Touch Screen
Camera8 MP8 MP CMOSHD CMOS
I/OWi-Fi / USB Ethernet (by USB Adaptor) Direct Network Cable (by USB Adaptor)Wi-Fi / USB / EthernetWi-Fi / USB / Ethernet / Direct Network Cable
Laser Spec10W / 20W Diode Laser 2W Infrared Laser30W CO2 Laser 2W Infrared Laser (optional)60W CO2 Laser
WavelengthDiode: 405 nm Infrared: 1064 nmCO2: 10640 nm Infrared: 1064 nm10640 nm
Resolution1000 DPI 300 DPI / Printing Single Color 150 DPI / Printing Blended Color1000 DPI1000 DPI
Supported Materials

Materials

Ador Material List

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Ador Material List
MaterialsCuttingEngravingPrinting
10W diode20W diodeDiode2W infrared
Black Walnut1Wood6 mm10 mmSupportedNot supportedPorous surface; primer required
Cypress1Wood8 mm15 mmSupportedNot supportedPorous surface; primer required
Plywood1Wood8 mm10 mmSupportedNot supportedPorous surface; primer required
MDF1Wood6 mm8 mmSupportedNot supportedPorous surface; primer required
Black Acrylic25 mm8 mmSupportedSupportedSmooth surface; ink adhesion may be limited
Cardboard35 mm7.5 mmSupportedNot supportedSmooth surface; ink adhesion may be limited
Leather43 mm5 mmSupportedNot supportedSmooth surface; ink adhesion may be limited
Fabric47 mm7 mmSupportedNot supportedPorous surface; primer required
Bamboo3 mm5 mmSupportedNot supportedPorous surface; primer required
CorkSupportedNot supportedPorous surface; primer required
RubberSupportedNot supportedSmooth surface; ink adhesion may be limited
CanvasSupportedNot supportedSupported
GlassNot supportedNot supportedSmooth surface; ink adhesion may be limited
CementSupportedNot supportedSupported
StoneSupportedNot supportedSupported
Anodized MetalSupportedSupportedSmooth surface; ink adhesion may be limited
Stainless SteelSupportedSupportedSmooth surface; ink adhesion may be limited
Gold, Copper, Titanium, Aluminum, Silver, IronNot supportedSupportedSmooth surface; ink adhesion may be limited

Legend

Porous surface: apply primer before printing.
Porous surface: apply primer before printing.
Smooth surface: ink adhesion may be limited and light scratches or smudges may occur.
Smooth surface: ink adhesion may be limited and light scratches or smudges may occur.

*Certain materials require multiple passes to cut effectively. Greater cutting depth may be achieved by reducing speed or performing multiple passes.

1Wood cutting performance may vary with the material's moisture content and density.

2Ador cuts dark, opaque acrylic only; the listed result was tested with black acrylic.

3Thick cardboard is highly flammable. Add a slight amount of moisture and supervise the machine continuously while cutting.

4Leather and fabric are highly flammable. Do not exceed the listed maximum thickness, and supervise the machine continuously.

Materials

beamo Ⅱ Material List

Swipe or scroll horizontally to view every process column.

beamo Ⅱ Material List
MaterialsCO2CuttingEngraving
CO22W Infrared
Acrylic (all colors; IR: opaque only)4Acrylic4all colorsIR: opaque only7 mmSupportedSupported
Black Walnut1(Wood)6 mmSupportedNot supported
Cypress1(Wood)8 mmSupportedNot supported
Plywood1(Wood)6 mmSupportedNot supported
MDF1(Wood)4 mmSupportedNot supported
Cardboard27.5 mmSupportedNot supported
Leather35 mmSupportedNot supported
Fabric37 mmSupportedNot supported
Bamboo5 mmSupportedNot supported
CorkSupportedNot supported
RubberSupportedNot supported
GlassSupportedNot supported
CementSupportedNot supported
StoneSupportedNot supported
Anodized MetalSupportedSupported
Stainless SteelNot supportedSupported
Gold, Copper, Titanium, Aluminum, Silver, IronGoldCopperTitaniumAluminumSilverIronNot supportedSupported

Material compatibility notes

Certain materials require multiple passes to cut effectively. A higher cutting depth can be achieved by reducing the speed or by performing multiple passes.

1The performance of wood cutting may be affected by variations in the moisture content and density of the material.

2Thick cardboard is a highly flammable material and should be cut with a slight amount of moisture to ensure safety.

3Although high-power lasers can cut thicker leather and fabrics, due to their higher flammability, we recommend cutting the maximum thickness specified.

4Infrared engraving supports opaque acrylic only.

Materials

HEXA Material List

Swipe or scroll horizontally to view every process column.

HEXA Material List
MaterialsCuttingEngraving
Regular powerMaximum power
Black Walnut1Wood14 mm18 mmSupported
Cypress1Wood16 mm20 mmSupported
Plywood1Wood14 mm16 mmSupported
MDF1Wood12 mm14 mmSupported
Acrylic16 mm21 mmSupported
Cardboard210 mmSupported
Leather36 mmSupported
Fabric38 mmSupported
Bamboo10 mmSupported
CorkSupported
RubberSupported
GlassSupported
CementSupported
StoneSupported
Anodized MetalSupported
Stainless SteelSpray paint required

Legend

Regular power
Reference cutting thickness at the regular output setting.
Maximum power
Reference cutting thickness at maximum output. Maximum power may accelerate laser tube wear.

*Certain materials require multiple passes to cut effectively. Greater cutting depth may be achieved by reducing speed or performing multiple passes.

**The maximum cutting depth may decrease after the laser tube has been used for a period of time.

1Wood cutting performance may vary with the material's moisture content and density.

2Thick cardboard is highly flammable. Add a slight amount of moisture and supervise the machine continuously while cutting.

3Leather and fabric are highly flammable. Do not exceed the listed maximum thickness, and supervise the machine continuously.

4Using maximum power may accelerate laser tube wear.

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