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Discussioni sulle parti elettriche ed elettroniche, motori, endstop, etc. Parliamo di struttura della stampante, pulegge, madreviti, boccole, viti trapezoidali, etc.
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da vexmasales
From artificial prosthetics to very real human kidneys to filigree skull sculptures — the number and variety of applications for this technology are growing, layer by printed layer.

However, there is still a ways to go. Before we can have Bastian’s jumbo jet, we need the giant 3D printer to print it. Bastian reminds us of the importance of having a vision. He says, “We cannot predict the future. We can only create a vision of what it might be.” 3d printing vadodara,baroda,ahmedabad,surat,rajkot,bhavnagar,vapi gujarat india


Here, more revolutionary visions of our 3D printed future:

1. Rocket parts- 3d printed automotive parts. NASA is working on the largest rocket ever constructed that is projected to take humans to Mars by 2030. Bypassing traditional processes for building rocket parts, which require welding of seams, creating a single seamless 3D printed piece means less chance for leakage. It also cuts down the cost of manufacturing by almost half. Recently, NASA tested 3D-printed rocket engine injectors in hot-fire tests, exposing them to extreme temperatures and pressures. They passed with flying colors.

2. 3d printing in architecture industry. Designer Alastair Parvain explores the idea of regular people being able to print and construct their own homes. In his TED Talk, he talks about WikiHouse, an open-source construction kit that’s a library of 3D models and cutting files that will allow anyone using a CNC machine and plywood, to “print” out the parts for their own house. Meanwhile in Amsterdam, construction of a 6-meter tall printer called the KamerMaker (Dutch for room-maker) has already begun for printing components of a house.

3. Liquid metal parts. At North Carolina State University, researchers developed a metal alloy that remains at a liquid state at room temperature. They then used a syringe to arrange the droplets into a vertical chain-like structure. The next step, now, is to create a 3D printer for the purpose of printing this liquid metal. If the technology is harnessed, it would allow for the creation of bendy electronics, and revolutionize the electronics manufacturing process.

4. Bionic ear and jaw bone. Right now, the potential for 3D printing in the medical sphere is incredible. Last year, an 83-year-old Belgian woman received the first 3D printed jaw bone, a transplant that was tailored specifically for her facial structure. A bionic ear was printed from a concoction of calf cells and hydrogel and antennae made from nanoparticles. The first version allowed hearing at a superhuman range, powerful enough to pick up radio waves.

5. 3d printing fashion future. Designers are already experimenting with 3D-printed materials in creative and innovative ways. The cheaper cost of manufacturing would certainly have an impact on the current system of mass production. Silk is already being experimented with. MIT researchers have used 6,500 silkworms to 3D-print this ethereal silk dome-shaped pavilion covering.

6. A Moon base. Architecture firm Foster + Partners have paired with The European Space Agency to investigate the possibility of a 3D printed moon habitat. The material used in the printing process would be moon dust and soil that would be layered to form a building block, not unlike concrete. This method would save us from the challenge of transporting raw building materials.

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