About Nanox
Nanox are working on Robot arm technologies. We design robot automation systems to be used in the production facilities of the factories. We produce more economical, more ergonomic and more advanced biological arms for amputes in the medical field.nologies.
It makes software enhancements for robotic arms, biological arms, robotic arms for factories and many more. In addition, improvements are made in the field of artificial intelligence. Nanodex was established in order to speed up the developments and introduce NNX to the world.
Token Basic Information
| Token Name | Nanox |
| Token Symbol | NNX |
| Social Media | Twitter, Telegram |
| Soft cap | $ 220,000 |
| Hard cap | $ 991,284 |
| Language | English |
| ICO Price | $0.22 |
| Whitepaper | Click Here For View Whitepaper |
| Website | Click Here For Visit ICO Homepage |
Why Nanox
- Nanox want to ensure that everyone is part of this ecosystem by using nnx coin. Our stock exchange, which will be opened soon, will be able to traded with nnx coin.
- Nanox aim to offer new life foe everyone, every person can experience misfortunes and we are taking quite new and powerful steps in this ares to prevent them.
Case Studies
Prior to robots, material handling and machine tending were purely manual tasks. Operators would transport material from one fixture or machine to the next, wait on the equipment to finish its task, and then relocate the processed part(s) to another tool or process fixture. Several operators were usually required. Today, these labor-intensive tasks are often accomplished using robots, especially in operations requiring high speed and accuracy. Many applications, such as baked goods coming out of an oven on a conveyor, are picked and set into their packaging.
Then, individually packaged products are automatically placed into cases, ready to be palletized. Palletizing robot can then place cases accurately on the pallet. Each of these robotic applications may be configured specifically for the customer the product is being shipped to. For example, Walmart may have a different packaging and palletizing requirement than Costco or Kroger. Each order can be picked, packaged and palletized automatically to meet the customer’s unique requirements.
Workplace Safety and Robots
Most manufacturing operations have a degree of human injury risk. One of the primary reasons to automate process using robots is to improve workplace safety. High-risk tasks like unloading parts from a fast-moving press or working with molten metal are definitely not tasks suited for human operators. In these cases, robots are invaluable in lowering the risk of injury or death. An unsafe workplace leads to fear-driven human inefficiency, lowered production rates, higher insurance and workmen’s compensation costs, and high employee turnover. Conversely, a safe workplace boosts morale, increases employee retention and lowers costs, which ultimately improves the bottom line. And again, robots can significantly elevate the nature of work by removing people from dull, dirty & dangerous.
Features of Nanox
Reduce operating costs
Robots are cheaper to operate compared to humans. Energy savings can be significant due to lowered heating requirements in automated operations. Current estimates point to a potential 8% savings for every 1°C decrease in temperature. Savings of 20% can be achieved by turning off unnecessary lighting in automated areas.
Improve product quality and consistency
Robots are inherently accurate and have a high degree of repeatability. The risks of errors caused by human factors such as tiredness, distraction, or the effects of repetitive and tedious tasks do not affect robots. This results in improved end product quality.
Improve quality of work environment for employees
Robots can take over tasks that are hazardous for humans thereby improving working conditions. Staff motivation can also be improved by training them to take on more technically challenging applications involving robots.
Increase production output rates
Robots can be left running for long shifts, overnight, and during weekends with little supervision. This enables true 24 hour production runs to increase output levels. Nanox New products can be introduced faster into the production process. Programming of new products can be done offline with no disruption to existing process.
Increase product manufacturing flexibility
Switching from one process to another is very simple with robots. Consequently, systems with robotic automation can accommodate variations in product and process resulting in maximum ROI on capital investment. Development in vision systems for robots has resulted in a huge increase in the flexibility of robot usage.
Robotic Surgery
Robot has four robotic arms. One controls the camera and other three hold surgical instruments. The two arms represent the right and left hands of the surgeon. The other arm allows additional tasks such as separating and retracting the tissue, tracking surgical suturing. The robot is equipped with an articulate “EndoWrist” instrument.
This device allows seven degrees of freedom and two degrees of axial rotation, mimicking three movements of the arm, three movements of the wrist for grasping or cutting. These instruments of greater range of motion and dexterity eliminate many challenges encountered during the two-dimensional laparoscopic surgery procedures.
Rocket Factory & Robots
Nanox Robots can make the work environment safer by performing functions that are unsafe for humans, but robots themselves can be unsafe. For example, if robot cell is not guarded properly, operators may take longer to service the station because of fear of injury. Whenever robotics are used, the environment must be carefully analyzed, proper protocols instituted to keep the workcell safe.
If the employees don’t feel safe, the robotics implementation will not be as lean as designed Many applications require the strengths of both people and robots, but until recently, this could be very dangerous. Now specialized software can allow robots and operators to collaborate much more closely without compromising on safety.
Medical Robot Hands
The ambition of Nanox project is to create a biomimetic forebrain based on computer modelling of mammalian neural system that implements active touch in animals, use this to perform general tactile perception, exploration and manipulation tasks in robots. In doing so, we aim to build tactile robots that can perceive and interact with their surroundings with the dexterity and robustness of
human touch.
The development of a biomimetic forebrain with these functional capabilities will give new insight into human/animal embodied intelligence, of broad relevance to science and the public interest.
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