3D PRINTING FOR EDUCATORS
Reliability, ease of use, classroom friendliness, and access to resources & support.
3D PRINTING FOR HOBBYISTS & DIY
Designed for tinkering, optimizing, and experimentation with parts and materials.
3D PRINTING FOR PROFESSIONALS
Quality, durability, and flexibility for product designers, engineers, and 3D print professionals.
3D PRINTING FOR EDUCATORS
Reliability, ease of use, classroom friendliness, and access to resources & support.
3D PRINTING FOR HOBBYISTS & DIY
Designed for tinkering, optimizing, and experimentation with parts and materials.
3D PRINTING FOR PROFESSIONALS
Quality, durability, and flexibility for product designers, engineers, and 3D print professionals.
3D Printing Supply Reference:
Our Blog: Learn about 3D Printing
A popular plant based plastic, PLA is often the first filament of choice for individuals new to 3D Printing. But it’s not used by newbies exclusively – it has many applications.
SLS 3D Printers (Selective Layer Sintering) create objects from a powder base, using lasers to selectively melt and fuse together a finely controlled quantity of powder into the desired object.
SLA 3D Printers (Stereolithography) use laser technology and liquid resin tanks, solidifying an object’s structure layer by layer as the previously cured layers are withdrawn from the resin.
FDM 3D Printers (Fused Deposition Modeling) work primarily by extruding semi-melted plastic (or similar materials) onto a print bed, in a layer by layer fashion – building the desired object incrementally.