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[mliecah]

Human organs, clothing and accessories

[theP13RC3]

Pretty much anything that isn't the size of a car body panel; medical implants, repair parts for appliances, customized toys, other printers, circuits, keys, etc. I think the real question should be "What won't we be 3D printing in 10 years?"

[Cadeamon]

food, clothes, anyhting not overly complex and varied in material composition.

[gial]

human organs, houses, humanoid robots and all of our accessories

[infrafox]

3D printers would be so evolved that it is possible to 3D print a lot of materials at once. Medicine and prototyping will have intergrated 3D printing with them and tehcnology is evolving even faster than now.

[Tqx]

I think it would take 10 years or more to get printed body parts application ready.

[LucidMovement]

Houses, large building structures and well....everything.

[Blackshadow]

Medical devices (hearing aids, prosthetic's) and wearable tech, custom cases.

[AnewDreamLife]

I think in 10 years it will be possible (POSSIBLE) to 3D print bio-organism organizations/root systems/algae networks that will be harnessed to transmit light and energy organically, along a natural bio-electric nano-embedded life-form that will be an electric/information transmission symbiotic relationship between mankind and various species of algae and grasses.

We will also be able to print fully assembled robotic skeletal structures that will be easy to add body units, sensors, processors, and other additions to easily. Super-strength geometry expandable/collapsible ultra-light/ultra-strong portable/root-able printable homes will exist too.

[jehimes]

Repair parts - manufacturers will provide replacement part packs on thier websites, similar to owners manuals now.