3 new technologies that will change the world
Today we will introduce to you 3 new technologies that will probably change the world
3D printing Technology
3D printing technology is about to get cheaper, and its market will grow over the next 5years. The expansion will be biggest in industrial, biomedical, and consumers applications helping firms to reduce costs.
3D global medical device market is estimated at printing grow at a CAGR of 25.3% from 2015 to 2020. Although developed countries (such as the US, Germany and the United Kingdom) have shares most important in the 3D printing market for medical devices in Asia-Pacific region is poised to witness the highest CAGR over the next five years. 3 Factors such as the presence of a large population of patients, increasing efforts by major market players to expand their distribution networks, increasing awareness of the benefits of 3D printing technology in emerging Asia and the establishment of centers for research and training novel 3D printing propel the growth of 3D printing medical device market in the Asia-Pacific region. In addition, government investment increasingly to improve the application of 3D printing technology in various industries, including health care, is likely to stimulate demand for 3D printing solutions in the region Asia Pacific.
The growth of the global medical devices market for 3D printing is driven by factors such as continuous technological advances in 3D printing, increase financial support of the government to develop new applications in health care technology 3D printing the ability to develop custom medical products using 3D printing technology, and growing acceptance of 3D-printed organs in the organ transplant surgeries. In addition, the growing demand for organ transplantation, mergers and acquisitions high, and expiration of key patents offer new opportunities for manufacturers and distributors of growth 3D printing solutions. Moreover, the high cost of 3D printing systems and complexity in the process of monitoring and understanding the 3D printing technology are some of the main challenges faced by market participants.
Medical devices 3D printing market has been segmented on the basis of the component (covering the 3D printing equipment, materials and services, and software), technology (including the merger by beam electrons (EBM), melting by laser beam (LBM), photopolymerization droplet deposit (DD) or extrusion based technologies, and three dimensional printing (3DP) or adhesion bonding), medical products (including surgical guides , surgical instruments, prostheses and implants, and tissue engineering products) and region (North America, Europe, Asia Pacific and Rest of World). The segment of services and software component is estimated to account for the largest share of the global medicine market for 3D printing devices in 2015. This is attributed to increased acceptance and application of 3D printing in industries and the development of advanced software to produce 3D medical and dental models. (source)
Geographically, North America (including the United States and Canada) controls the largest share of the global medical devices market for 3D printing in 2015, followed by Europe. The medical market for 3D printing devices in North America is primarily due to various factors such as government funding and public-private partnerships for research and development of 3D printing technology news, more efforts by market participants to expand their distribution networks, and the increasing number of 3D exhibitions and conferences focused on printing. However, the strict regulatory process for the approval of 3D-printed medical products by the US FDA negatively affects the growth of 3D printing market for medical devices in North America.
“The global 3D printing market for medical devices is fragmented and competitive with many local and global developers of 3D-printed printers, hardware and software. Since 2014, many companies held the leading position in the global medical devices market for 3D printing, but what cost more is the Filaments explain Anthony Colas from Atwim. New product introductions; product enhancements; partnerships, agreements and collaborations; mergers and acquisitions; and geographic expansions are the main strategies adopted by most market participants to achieve growth in the 3D printing market for medical devices”
Drone Technology
They are some of the hardest workers in the surveillance industry, oil fields, and video production. And they are equipped with the latest technology and unlimited potential.
They are not humans, they are the drones, and some Pittsburgh companies say that the sky is the limit for these high-tech flyers.
Combine robotics and aerospace, throw in a camera and some entrepreneurial vision, and suddenly there is a whole new industry to take flight around the world.
But there is still a long way to go as the Federal Aviation Administration integrates UAVs in the airspace of our country. source
“You have an iPad or iPhone you can see on the UAV and it is a neat little for an amateur, and you can just explore and it is just a real nice experience,” said Don Martin of Martin Communications.
He became so popular in Pittsburgh that Martin Communications is preparing to offer training seminar.
But drones are also big business for Martin. It uses the unmanned aerial vehicles for the company’s security work and emergency services. In some cases, the replacement of traditional surveillance cameras mounted.
“It is sophisticated and compact and it works very well,” he said. “And you’ve got high quality, high definition video. It’s fantastic.”
To fly commercially, you need what is called an exception FAA, which can be a long and arduous process. Then you need an operating certificate each time you want to fly.
“So most professionals are not in the air over your city, and they are certainly not in the streets on any given day; however, fans are,” Micah Rosa, Shoutside media says .
Shoutside Media, a local marketing agency, is at the forefront of UAV technology. Rosa sees unlimited potential with an application called Lidar mapping, creating
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3D images from a 2D airborne camera.
“It takes lots of photos quickly,”.
It is a precious resource in the construction, mining, agriculture and the preservation of wetlands.
The work helped Shoutside the Allegheny Land Trust to develop an ecological filtration system to eliminate the acid runoff. They then documented the results, also with a drone.
There is much money to be made, but it is frustrating because the law enforcement agencies and the government are not held to the same standards.
“So, it not only creates an us against them, where the government gets to do it and we not do it, but it also creates a pro against amateur, where the only people who report are the people not to do what they are supposed to, “said Rosa.” It is a setback billion at least. ”
States can create their own legislation, but the federal government still have the last word. So it may be some time before these flying machines are a common sight in our skies.
See also :
Captor Technology and smart Machine
Analytics and context will pave the way for smart machines that can learn for themselves and act accordingly. These machine helpers will continue to evolve. Prediction: The smart machines era will be the most disruptive in the history of IT
The new sensor is suitable for all industrial applications that require accurate detection markings. This applies particularly to industries packaging and printing. The KT # -155 to 407 proposed by Contrinex has a function of learning and five switching tolerance levels. During the learning process, the levels of intensity of the background and marking are captured and a detection threshold is established between the two. Five tolerance levels allow the user to set a detection threshold is close or very close to the intensity of the labeling or in the middle, or close or very close to the intensity of the background. A simple learning takes place directly on the sensor or via IO-Link or by external learning. LED indicators facilitate the learning process.
Three LEDs automatically emit a red beam, green or blue to differentiate reliably between the levels of contrast even very close. The bright spot is very small, measuring only 1.5 mm x 3.5 mm. It even allows the detection of very fine markings.