86 0755-23736621
 News
Your attention to the latest Newsletter
Nanochon was founded in 2016 by Dr. Ben Holmes and Dr. Nathan Castro, both of whom were studying new orthopedic strategies at the time. Dr. Castro is investigating novel materials for cell growth and, due to its unique chemical and physical properties, enables it to support rapid stem cell growth and tissue formation, thereby discovering the potential of nanostructured polyurethane (nPU) as a cartilage replacement material. Dr. Holmes is exploring strategies to expand existing experimental materials to meet clinical needs and found that 3D-printed nPUs have similar mechanical properties as cartilage and can support vascularized bone growth, which integrates any joint implant and its clinical Success is crucial.The two PhDs worked together to develop a new type of cartilage implant that can...
Views: 23
Updated: 2018 - 05 - 23
According to the British "Daily Mail" report, the Belgian research team developed a robot for the hearing impaired. It can express words through sign language. This robot uses 3D printing technology, which greatly saves production costs and costs only US$560.The requirement to make this robot is very low. You just need an entry-level 3D printer. Such a low threshold is undoubtedly a good news for hearing impaired people all over the world.The sign language mastered by robots is “finger spelling”—a sign language in which word letters are spelled one by one by different gestures of a single hand. The research team stated that the manipulator still needs to further improve its functions and it will take 4-5 years before it can be brought to market.The research team from the Universi...
Views: 14
Updated: 2018 - 05 - 22
Recently, two students from the Warsaw Academy of Fine Arts designed and produced a series of customizable 3D printed shoes. The shoes are made of eco-friendly materials and can be customized according to the wearer's requirements. Finally, prototypes and 3D printing are performed using the Multitool 3D printer from ZMorph, a 3D printer manufacturer in Poland.There is no doubt that the fashion and retail industry is one of the most wasteful manufacturing industries on the planet. It is not only the production of clothing and footwear, but also the actual waste of each product and the consumption of valuable resources such as water resources. It is said that the footwear industry needs about 25,000 liters of water to make a pair of shoes.However, as technology advances, 3D printing has begu...
Views: 19
Updated: 2018 - 05 - 22
According to research conducted by the Royal Academy of Sciences, the average IQ of people who often play with educational toys is 11 points higher than those who do not play games. In addition, the elderly who started playing educational toys since childhood are less than 1% of the total population. Therefore, in order to better develop intelligence, let children win at the starting line, and choosing the right educational toy is very important!Jigsaw puzzles, LEGO bricks, Rubik's cubes, stacking cups... Now, children's educational toys come in all shapes and sizes. Parents buy toys from children in the market and “stack” them. Although spending a lot of money, the children did not get real exercise from it. What kind of educational toy is good for children? Xiao Bian believes that educat...
Views: 22
Updated: 2018 - 05 - 22
3D printing appeared on the highly anticipated Olympic venues, and equipment exclusively for athletes was also used for 3D printing. In the 2018 Pyeongchang Winter Olympics, the United States won the first Olympic medal in the men's solo competition.U.S. ChampionshipChris Mazzel won a silver medal - equal to the best performance of the United States Olympic sled team. In the past, the U.S. Olympians won bronze and silver medals for women's singles and men's doubleslides. For years, the German and Austrian teams have dominated the sport. In the sled race, the players lie flat on their feet and place them on a sled. They can slide on the icy track at a speed of 140 kilometers per hour. The rider controls the speed of the sled by changing the position of the foot or moving his shoulders.The s...
Views: 29
Updated: 2018 - 05 - 22
It is understood that, recently, researchers from the University of New York at Rutgers University have developed a 3D printing smart gel that can move in the water to grab and move objects. This achievement helps to develop underwater robots and artificial muscles. The researchers printed out several humanoid smart gels about 2.54 cm high, placed them in the electrolyte, and then energized the electrolyte. The gel can advance, retreat, grasp objects, and move objects under the action of an electric field. Changing the electrolyte concentration and electric field strength can change the gel's posture or shape.Researchers published papers on Applied Materials and Interfaces to report the results. They said that this material is similar to human tissue, contains a lot of water, is very soft,...
Views: 27
Updated: 2018 - 05 - 21
May 18, 2018, was informed that Silicon Valley startup Arevo Inc has produced a 3D printed carbon fiber frame bike. On Thursday, Arevo announced that it had won a $12.5 million (80 million yuan) Series B round of financing. Investment companies include Japan’s Asahi Glass Co Ltd, Sumitomo Corporation of Americas, Leslie Ventures and Khosla VTraditional carbon fiber bicycles are expensive because workers need to manually soak a single layer of carbon fiber around the frame mold and then place the frame in an oven to allow the resin to melt and bond the carbon fiber sheets together.Arevo's technology combines 3D printing, web-based software and custom raw materials. It uses a "depositing head" mounted on the robot arm to print out the three-dimensional shape of the bicycle frame. T...
Views: 35
Updated: 2018 - 05 - 19
72页次8/11HomePrev...  234567891011NextLast
粤ICP备16014147号-1犀牛云提供计算Copyright©2018
Rhino Cloud provide cloud computing services
犀牛云提供云计算服务
ADD:1st-2nd Floor and 3rd Floor Zone B, Xiangli Industrial Park 4th Building, No. 1,Xiangli Rd., North of Qinghu Rd., Longhua Street, Longhua District, Shenzhen                
TEL: 86 0755-2373 6621
Fax: 86 0755-2373 7721


5
电话
1
QQ
6
二维码
回到顶部
客服
live chat