[RPLAB]
Formiga P101
Technique | Selective Laser Sintering (SLS) |
Material | Nylone (PA2200) |
Application | Complex shapes and full functional prototypes |
Building Platform | 190*240*300 mm |
Layer Thickness | 60 - 150 Microns |
Laser spot | <500 Microns |
Ultimaker
Technique | Fused Deposition Modeling (FDM) |
Material | |
Application | fast prototypes, multipel colors |
Building Platform | 200*200*200 mm |
Layer Thickness | 60 - 200 Microns |
Printer types |
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Extruders | Dual extruder - AA: 400 microns - BB: 400 microns |
Uprint-plus
Technique | Fused Deposition Modeling (FDM) |
Material | |
Application | ABS models, |
Building Platform | 200*200*150 |
Layer Thickness | 254 - 330 Microns |
Extruders | Dual extruder - 350 Microns |
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[RAM Lab]
Mark Two
Technique | Continuous Fiber Reinforcement (CFR) |
Material | |
Application | Carbon Fiber reinforced models |
Building Platform | 320*132*154 |
Layer Thickness | 100 - 200 Microns |
ULTIMAKER 5S
Technique | Fused Deposition Modeling (FDM) |
Material | |
Application | fast prototypes, multipel colors |
Building Platform | 330*240*300 mm |
Layer Thickness | 20 - 600 Microns |
Extruders | Dual extruder - AA: 400 microns - BB: 400 microns |
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[TCO]
Markforged Metal x
Technique | ATOMIC DIFFUSION ADDITIVE MANUFACTURING (ADAM) |
Material | Stainless steel, Tool Steel H13, Tool Steel A2, Tool Steel D2, Iconel, Copper, |
Application | Complex Metal models |
Building Platform | 300*220*180 mm |
Layer Thickness | 50 - 125 Microns |