- \n
- 3D printers\n
- \n
- 3D printing has long been used in industrial manufacturing as a tool for easy and precise rapid prototyping. Previously large and expensive machines have paved the way for the affordable and compact 3D printers of today. Speculations are that 3D printers will someday be as common place as an inkjet printer.<\/li>\n
- Having a Maker Bot on site would give people an opportunity to see one in action and inspire the limitless possibilities they provide.<\/li>\n<\/ul>\n<\/li>\n
- Robotic Manufacturing\u00a0Arm\n
- \n
- One of the most recognizable forms of a manufacturing robot, these are monstrously powerful machines that can be difficult to program and very dangerous for humans to work with. However, new feedback learning robotic arms are changing the game by allowing it’s human coworker to program them by simply moving the arm into the desired positions. Feedback also allows these robots to be safer as they recognize that something, or someone, is in the way.<\/li>\n
- Having an example of a Feedback robotic arm would allow people to have hands on experience with this type of robot.<\/li>\n<\/ul>\n<\/li>\n
- Computer Numeric Control (CNC) Platform\n
- \n
- CNC platforms are the fastest and most common form of robotics in manufacturing. They assemble our electronics, carve parts from metal blocks, and even cut shapes from metal, plastic, cardboard or any other material you can imagine.<\/li>\n
- 2D drag-knife CNC cutters are rather easy to make and could perform tasks like cutting someone’s name out of cardboard in minutes.<\/li>\n<\/ul>\n<\/li>\n<\/ul>\n<\/li>\n
- Telepresence<\/strong> – These bots allow us to travel instantly to places we may not have a chance to go and give us a view of the world that is hard to see.\n
- \n
- Remote Operated Vehicles (ROVs)\n
- \n
- Most know them as the large and very sophisticated drones used by the military or in deep sea exploration, but these robots are becoming more and more accessible.<\/li>\n
- The Parrot AR.Drone is a good example of a Quadricopter\u00a0with\u00a0Telepresence and can easily be flown around the space.<\/li>\n
- A simple internet connected\u00a0Telepresence robot can be made using a Raspberry Pi and the small $35 Robotics platform<\/a> I am working on.<\/li>\n<\/ul>\n<\/li>\n<\/ul>\n<\/li>\n
- Assistive<\/strong> – Ultimately robots will make our lives better by preforming tasks that we ether can’t, or don’t want to do.\n
- \n
- Robotic Prosthesis\n
- \n
- These devices are providing disabled people with the ability to use a \u00a0part of their body that was ether lost of deformed.\u00a0Though robotic prosthesis are\u00a0hard to display, without the person they belong to there as well, lots of information on the subject exists and perhaps showing videos and information from organisations like the\u00a0Robohand<\/a>\u00a0project can show people just how much this can impact the world.<\/li>\n<\/ul>\n<\/li>\n
- Task Oriented Robots\n
- \n
- Robots that preform tasks promote learning and having small programmable robots, like the\u00a0$35 Robotics platform<\/a>, can allow 1st hand experience with making robots that avoid obstacles, follow a path, and even solve a maze.<\/li>\n<\/ul>\n<\/li>\n<\/ul>\n<\/li>\n
- Art Bots<\/strong> – Promoting interactivity is what Art bots do best. These are the robots that we have fun with.\n
- \n
- For older people\n
- \n
- Interactive robots can be on display and available for all attendee’s to interact with.<\/li>\n
- Sphero is a small ball shaped robot that can be used to play many interactive games.<\/li>\n<\/ul>\n<\/li>\n
- For younger kids\n
- \n
- A robot “petting zoo” could be made of small and durable interactive robots that kids can chase, pet (like one with fur that vibrates and purrs when pet), and enjoy.<\/li>\n
- For smaller children we can have a place to build small robots like the following:\n
- Art Bots<\/strong> – Promoting interactivity is what Art bots do best. These are the robots that we have fun with.\n
- Task Oriented Robots\n
- These devices are providing disabled people with the ability to use a \u00a0part of their body that was ether lost of deformed.\u00a0Though robotic prosthesis are\u00a0hard to display, without the person they belong to there as well, lots of information on the subject exists and perhaps showing videos and information from organisations like the\u00a0Robohand<\/a>\u00a0project can show people just how much this can impact the world.<\/li>\n<\/ul>\n<\/li>\n
- Assistive<\/strong> – Ultimately robots will make our lives better by preforming tasks that we ether can’t, or don’t want to do.\n
- Remote Operated Vehicles (ROVs)\n
![\"\"](\"http:\/\/www.wired.com\/geekdad\/wp-content\/gallery\/20-06\/ff_artbotc_f_0.jpg\")
<\/a>![\"\"](\"http:\/\/farm3.static.flickr.com\/2361\/2121740319_979ffd3ba3.jpg\")
<\/a>