Snapmaker 2.0 3D 打印机
模组和扩展组件
Snapmaker Original 3D 打印机
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 |
900 × 690 × 180 mm | |
Package Dimensions (W × D × H) |
22.8 kg | |
Frame Material |
Aluminum alloy | |
Panel Material |
Acrylic | |
Functional Units |
LED strips, Exhaust Fan, Hose | |
Notice: The specifications listed might be slightly changed in any meaningful way when we refine these products.
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.