Snapmaker 2.0 Enclosure
General
  • A150
  • Net Weight
    9.6 kg
  • Package Dimensions (W × D × H)
    600 × 510 × 260 mm
  • Package Weight
    11 kg
  • Frame Material
    Aluminum alloy
  • Panel Material
    Acrylic
  • Functional Units
    LED strips, Exhaust Fan, Hose
  • A250
  • Net Weight
    14.2 kg
  • Package Dimensions (W × D × H)
    700 × 600 × 260 mm
  • Package Weight
    16.5 kg
  • Frame Material
    Aluminum alloy
  • Panel Material
    Acrylic
  • Functional Units
    LED strips, Exhaust Fan, Hose
  • A350
  • Net Weight
    19.3 kg
  • Package Dimensions (W × D × H)
    900 × 690 × 180 mm
  • Package Weight
    22.8 kg
  • Frame Material
    Aluminum alloy
  • Panel Material
    Acrylic
  • Functional Units
    LED strips, Exhaust Fan, Hose
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Snapmaker 2.0 Air Purifier
General
  • Dimensions
  • Air Inlet Diameter
    70 mm
  • Air Volume
    150 m³/h
  • Cable Length
    2,000 mm
  • Clamp Diameter
    65–89 mm
  • Filter Cartridge Dimensions (W × D × H)
    191 × 229 × 308 mm
  • Filter Cartridge Lifespan[1]
    Approx. 3 months
  • Filter Cartridge Weight
    2.4 kg
  • Filtration Efficiency (0.3–0.5 μm)[2]
    95.9%
  • Hose Dimensions (Diameter × L)
    75 × 2,000 mm
  • Input Voltage
    AC 100 V – 240 V
  • Main Unit Dimensions (W × D × H)
    240 × 271 × 420 mm (With Air Oulet Connecter)
    240 × 240× 420 mm (Without Air Oulet Connecter)
  • Main Unit Weight
    8.8 kg
  • Maximum Noise (With Hose)
    65 dB
  • Package Dimensions (W × D × H)
    316 × 360 × 595 mm
  • Package Weight
    12.7 kg
  • Power Cord Length
    2,000 mm
  • Rated Current
    5 A
  • Rated Power
    120 W
  • Rated Voltage
    24 V DC
  • Operating Temperature
    0℃–35℃
  • Storage Temperature
    -4℃–45℃
  • Outer Shell Material
    Aluminum alloy
  • Approvals
    CE, FCC, UL62368, IC, RCM, ROHS, WEEE
Notice: The specifications listed might be slightly changed in any meaningful way when we refine these products.
[1] This data is obtained under the condition of typical laser use, and is for reference only. [2] 0.3 μm responds to the worst case. Particles that are larger or smaller can be filtered with even higher efficiency.