By Christopher Barnatt
Construction at the good fortune of its prior variants, this publication offers an in depth review of 3D printing applied sciences, coupled with a close research of the 3D printing undefined, ratings of case examples, and broader predictions for the way forward for additive production. additionally integrated are a thesaurus of 172 3D printing phrases, and an intensive 3D Printing listing.
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The first version of this went on sale in 2012 as the world’s first commercial food printer. The printer is capable of producing logos and simple 3D models, with its edible creations having already included Christmas trees, bells, snowflakes, snowmen and scanned human faces. Two years later, and we are still waiting for it to be ‘ready’. This lack of delivery is also not uncommon in the very young food printing marketplace. Indeed, back in January 2014, 3D Systems showcased its ‘Chefjet’ as ‘the world’s first and only professionally certified, kitchen-ready 3D food printer’, and this too has yet to see the light of day.
As you can see, at the low-end the market is really hotting-up. It was therefore only used for rapid prototyping, or to fabricate pattern masters from which final production molds were then taken. These include rubber-like plastics, many substitutes for ABS and other thermoplastics, flame retardant plastics, totally clear resins, and special photopolymers for dental modelling and jewelry design. This said, the price of photopolymers does remain far higher than that of the build materials used in thermoplastic extrusion.
This is currently developmental, and is intended to turn stereolithography into an assembly line technology that according to 3D Systems will produce ‘parts in minutes, versus hours on conventional systems’. Figure 4 achieves its promise using modular hardware that incorporates multiple vats and robotic arms to automate aspects of fabrication including build plate reload, material delivery, part removal, material recovery, washing, curing, finishing and part verification. 3D Systems has already built a Figure 4 system – its SLAbot-2 – and claims speed improvements of up to 50 times over other vat photopolymerization methods.
3D Printing Third Edition by Christopher Barnatt