For at present’s 3D Printing Information Briefs, we’re beginning with some enterprise and software program information, then shifting on to examples of issues you may make with 3D printing – even the manufacturing strains for 3D printers themselves. EnvisionTEC has introduced a strategic partnership with uLab Methods, BMW is saving time by utilizing German RepRap’s x500, whereas AMFG has upgraded its AI workflow automation software program. A Reddit consumer designed and 3D printed an iPhone dock for the automotive, and a Sinterit worker is utilizing 3D printing to optimize the corporate’s 3D printer manufacturing strains.
EnvisionTEC and uLab Methods Simplifying Digital Orthodontics
3D printer producer EnvisionTEC and uLab Methods, which creates orthodontic aligner planning software program, have introduced a brand new strategic partnership, by which they are going to use an built-in resolution to make aligner planning and manufacturing easier for orthodontic professionals. uLab’s software program imports sufferers’ 3D digital scans in order that orthodontists can rapidly make a plan chairside, after which a file is exported to make a 3D printed dental fashions for aligner trays and retainers. The corporate has validated EnvisionTEC’s Vida and Micro XL 3D printers, along with the best-selling Envision One cDLM, and labored with EnvisionTEC to simplify the combination, which features a easy one-touch performance.
“We had been interested in the velocity and ease of use of the Envision One. It should permit our prospects the flexibility to simply switch their instances on to a strong 3D printing resolution able to printing 6 horseshoe arches for clear aligners in 15 minutes,” mentioned Charlie Wen, the Chief Technological Officer and President of uLab Methods. “Offering the very best high quality affected person care is now sooner and extra streamlined.”
To have a good time their partnership, EnvisionTEC and uLab Methods will probably be providing an unique and software program bundle. Such a partnership could make it simpler for brand spanking new entrants to affix the aligner market. This market is dominated by Invisalign which 3D prints thousands and thousands of aligners annually.
BMW Saving Time with German RepRap x500
One trade by which 3D printing has undoubtedly made an influence is automotive, as producers can implement concepts sooner – saving money and time – by utilizing the expertise. 3D printing is usually used to manufacture totally different automotive elements, fixtures, and prototypes, and as a result of flexibility and velocity inherent within the expertise, firms that use it will possibly work to realize collection maturity at the next charge of velocity, whereas avoiding bottlenecks. The BMW Group is one such firm, having surpassed a million 3D printed elements in November, and regularly will get its additive manufacturing programs from industrial 3D printer producer German RepRap. As an illustration, it makes use of the German RepRap x500 3D printer to provide pre-development prototypes
“The sphere of software of additive manufacturing expertise is numerous – from basic spare elements, for instance, from old-timers which are now not produced, to instruments and auxiliary gear, to elements which are used as finish merchandise. One of the vital decisive benefits is the excessive diploma of design freedom. It permits designers to develop utterly new approaches when it comes to design and performance. Parts with advanced constructions in addition to bionic shapes, that are in any other case troublesome and even not possible to fabricate, may be realized comparatively merely, sooner and in appropriate high quality with this expertise,” German RepRap wrote. “German RepRap affords the corresponding materials range. Excessive-temperature supplies, fiber-reinforced or versatile supplies are utilized in totally different areas, relying on the necessities of the applying. As well as, the automotive producer advantages from a shorter manufacturing time in addition to decrease prices, as a result of no instruments must be produced for the manufacturing any extra.”
AMFG Upgrades AI Workflow Automation Software program
AI-powered, additive manufacturing workflow automation software program supplier AMFG has introduced the discharge of a brand new improve to its platform within the type of a customizable Request and Ordering Portal. A part of the corporate’s modular, end-to-end workflow software program platform, the new Request and Ordering Portal automates and standardizes the order request and dealing with course of for service bureaus and OEMs. Because of its flexibility, the portal can be utilized to offer prospects with an enhanced digital expertise, in addition to improve workflow effectivity.
“The flexibility to standardise the method of receiving incoming requests or orders for elements is step one to establishing an agile and scalable additive manufacturing course of. Our Request and Ordering Portal offers companies the flexibleness to remove the intrinsically handbook nature of this course of by automation,” mentioned Felix Doerr, AMFG’s Head of R&D and Partnerships.
“The overwhelming majority of firms are struggling to streamline the way in which by which they obtain requests for elements internally, and that is compounded when AM operations are unfold throughout a number of places. Our portal helps to standardise the information that may be submitted to the AM or RP division from the outset, and automates the method in order that machine operators now not must spend an enormous proportion of their time on manually verifying every particular person request.”
3D Printed iPhone Automobile Dock
Utrecht-based engineer and designer Jeroen Mastenbroek posted his first purposeful print on Reddit just lately: a dock for his iPhone 6S so it will possibly sit in his automotive. Jeroen left a gap within the dock for a change that’s used to show his Bluetooth audio on and off, and mentioned that he designed the 3D printed smartphone dock particularly to be used in his 2000 Peugeot 206 vehicle.
He posted the Thingiverse hyperlink to his purposeful print within the feedback part, the place a number of individuals supplied some useful suggestions, equivalent to including extra high layers for elevated rigidity so the infill doesn’t pillow fairly as a lot. One consumer mentioned that Jeroen may “scale back the gaps” by merely growing the infill proportion, whereas one other recommended that he set up a change which might mechanically energy up the Bluetooth every time the cellphone is docked. That is what I like in regards to the maker neighborhood – for essentially the most half, individuals can be at liberty to share their designs with out concern of ridicule, and others fortunately supply up constructive criticism and recommendations so stranger may be empowered to make a greater print.
Sinterit Worker Utilizing 3D Printing to Optimize Manufacturing Traces
23-year-old Sinterit worker Szymon Grabowski is the son of a seamstress, and took his data of tailored options with him to electrical technical faculty, the place he first encountered FDM 3D printing and used it to design and produce small electronics equipment. He wished to proceed within the subject and shortly joined the SLS 3D printer producer, engaged on the manufacturing strains for its Lisa and Lisa Professional programs. But it surely wasn’t lengthy earlier than he realized that a number of the firm’s processes could possibly be improved upon and accelerated, and set to work creating instruments to optimize manufacturing as a part of the corporate’s R&D division. His first redesigned system was a mattress tester, which helps guarantee correct layer heights for prints; Grabowski made a smaller, 3D printed model of this tester.
“It took me 12 hours to create a brand new system. Throughout this time, I redesigned the electronics and drew a housing design. I printed the completed venture on a 3D printer Lisa and assembled the entire thing,” Grabowski acknowledged. “It took me simply over one enterprise day. Because of this, I used to be capable of create a tool prepared for work instantly.”
Grabowski additionally redesigned a extra superior pyrometer tester, which displays the temperature inside a 3D printer so be certain that it stays fixed – crucial with regards to SLS expertise. His tester is way extra handy, with further performance and reliability, and solely took him 12 hours to design, 3D print, and assemble the pyrometer tester.
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