3D Printing News, May 29, 2021: KINGS 3D, GKN Aerospace, Bastion Cycles, Tufts University, Apple – 3DPrint.com
We start with a small business in today’s 3D Printing News Briefs, then move on to modes of transportation, before materials news and a 3D printed Apple accessory.
KINGS 3D receives nearly $ 16 million in Series B funding
KINGS 3D, a high-tech company in Shenzhen, China dedicated to efficient 3D printing R&D and innovations, recently announced the completion of a Series B financing round of over RMB 100 million, or nearly $ 16 million. Rongyi Investment led the round and was joined by several other institutions such as Jiafa Venture Capital, Furong Capital, Zhongwei Yihe Equity Investment Fund, Qingjue Capital and previous shareholders Firstfortune Investment and SGT Capital. The company, which employs more than 30 people, has filed more than 130 patents over the years, and its SLA printers are independently developed and designed by the company to offer 3D printing solutions across multiple industries, including automotive, aerospace, medical and dental. , architecture, footwear and mechanical equipment. This new funding will mainly be spent on further R&D on SLA technology, in addition to ceramic 3D printing, metal printing for dental applications, new materials and the formation of a global sales network.
âBased on years of accumulation in the industry, Kings has a deep and unique understanding of the 3D printing industry and the green chain. After 5 years of development, Kings has a full range of SLA printer manufacturing capabilities and has been highly recognized by customers in various industries. In the area of ââtechnical product development, Kings will continue to increase its investment in research and development and strive to make breakthroughs in core technologies to provide better quality products to the market to meet customer needs. . In 3D printing applications, KINGS 3D will continue to firmly establish itself in shoe molds and prototypes and at the same time strive to explore applications in dental, medical, military aerospace, ceramics, etc. For key markets, KINGS 3D will make efforts in domestic and international markets leveraging offline and online multi-channel to promote its 3D printing solutions. Based on the consolidation of the existing market, Kings will focus on growing markets, âsaid Zexing Jiang, presidents of KINGS 3D.
âI am very happy to be able to gain the confidence of the new shareholders and the support of the old shareholders. Under the concept of âFaith will move the mountainsâ, Kings will continue to make breakthroughs and innovations to create greater value for customers and contribute to the development of the global 3D printing industry. “
GKN Aerospace delivers first ICC to UltraFan engine demonstrator
Global company GKN Aerospace, a Tier 1 multi-technology aerospace supplier with facilities in 13 countries, delivered the first Intermediate Compressor Housing (ICC) to the Rolls-Royce UltraFan engine demonstrator program. The UltraFan, which is a family of next-generation engines, aims to deliver a 25% improvement in fuel efficiency over the automaker’s first generation Trent engines, and has a geared design and new engine core architecture. GKN Aerospace is a lead partner in Clean Sky 2 – Europe’s largest EU-funded aviation research program Horizon 2020 – as well as the UltraFan demonstrator program, and is responsible for the design and manufacture of the ICC, which is a structure located between the compressor crates that carry the gas loads from the rotor to the engine crankcase and the thrust mounts. In developing, manufacturing and testing the ICC, GKN has validated several new technologies, including a sectorized manufacturing concept with castings that uses a welding method based on computer simulation, 3D printing, aerodynamics and l ” optimized purge system acoustics, etc. The goal is to perform full engine ground tests in 2022, followed by actual flight tests.
âThe delivery of the UltraFan ICC engine to Rolls-Royce is a real milestone. It reaffirms the success of the Clean Sky2 collaboration program and we are delighted to have implemented our latest sustainable technologies in the development of ICC, âsaid Henrik Runnemalm, Vice President of the Global Technology Center at GKN Aerospace in Sweden . “We are extremely proud to be a partner of the Rolls-Royce team and to contribute to this fuel-efficient wind turbine of the future.”
Bastion Cycles presents a new 3D printed cockpit system
At the Handmade Bicycle Show Australia, custom bike builder Bastion Cycles unveiled their new integrated cockpit system, which features a one-piece bar stem and clean in-house fork and was made from printed titanium and carbon fiber. In 3D. It has three main parts: the fork, with its crown and 3D printed titanium dropouts, carbon fiber dropouts and steerer tube; the bar shank, with a 3D printed titanium shank and drops with a one-piece carbon fiber crossbar; and the 3D printed titanium compression cap that is glued into the pivot, reducing the risk of damage from over-tightening. Bastion claims that the new cockpit system allows for increased ride quality and improved handling, and the aesthetics are also much cleaner, as the system can hide all the usual hoses and wiring.
âWe’ve really tried to balance the addition of some aerodynamic advantages with the overall aesthetic and we’re extremely happy with the situation. We definitely believe it achieves this optimum condition of satisfying both form and function, âsaid Bastion Engineering Director James Woolcock.
Through 3D printing, the company can customize the dimensions of the integrated cockpit system for each pilot to maximize aerodynamics, comfort and efficiency.
Tufts researchers turn silk into 3D printable leather
For many years, we humans have used leather to make all kinds of products, from shoes and handbags to vehicle interiors and saddles, because of its quality, reliability and durability. However, the only way this multibillion dollar industry can keep up with the demand is to process the hides of more than 3.8 billion cows per year, which is not environmentally friendly at all – l The whole process leads to deforestation, greenhouse gas emissions, overuse of water and land and pollution of the environment. But researchers at Tufts University School of Engineering say they’ve developed a leather-like, 3D-printable, recyclable, less expensive material that actually comes from silk protein, a much greener alternative. The Silklab research team, which published a study on their work, only needs to use chemicals that are mild at room temperature to convert silk fibers into a firmer, but still flexible, leather-like material. , which can be 3D printed in different textures and patterns.
âOur work centers on the use of naturally occurring materials that minimize the use of toxic chemicals while maintaining material performance to provide alternatives to products commonly and widely used today. By using silk, as well as cellulose from textile and agricultural waste and chitosan from shellfish waste, and all the relatively mild chemistries used to combine them, we are moving towards this goal â, said Fiorenzo Omenetto, Professor Frank C Doble of Engineering at the Tufts School of Engineering, director of the Tufts Silklab and corresponding author of the study.
3D printing combines Apple TV remote control with AirTag
So on the one hand, Apple has the Siri remote, which is super unpopular because it gets lost very easily due to its quality. On the other hand, Apple has also released something called AirTag trackers, which use ultra-broadband local tracking and a Bluetooth network of other Apple devices to help you find your missing Apple items no matter how far away they are. to a small speaker and UWB chip. But when Apple redesigned the Siri Remote, it didn’t include this chip so that the remote could be tracked by other iPhone devices when it inevitably gets lost in the cushions of your couch, and that seems like a missed opportunity. ridiculous, especially since the company produces cases. for most of its other products. Thank goodness to the manufacturers, who are actively creating 3D printed models – available on Thingiverse, Etsy, and eBay for beginners – for Siri Remote cases that can hold both the remote and an AirTag tracker.
âTo be clear, this is the weakest workaround for the fact that Apple didn’t just put a UWB chip and a little speaker in its $ 60 remote. It can’t be an expensive thing: AirTags have one and they only cost $ 30. Roku has put tiny speakers in his remotes to make them easier to find for years. There was even a strange message in Siri that seemed to indicate the possibility of finding a lost Siri remote using the virtual assistant – but Apple deleted the message a few hours later, ”
âAs such, I cannot explain why Apple refused to take this obvious mind-boggling path. But I wonder why Apple doesn’t create a nicer version of this exact 3D printed concept (ideally from nicer, more durable materials that actually match the rest of the material and would be nicer to use on a daily basis). “