3D Printing Information
We’re beginning with a grand opening in immediately’s 3D Printing Information Briefs, as Lithoz is opening its Innovation Lab. The College of Delaware has chosen Roboze know-how to help its collaborative analysis mission with the US Military, and CRP Expertise revealed a case research. Lastly, Andaltec is creating polymeric 3D printing supplies with antibacterial and analgesic properties.
Lithoz Innovation Lab Grand Opening
Austrian ceramics 3D printing firm Lithoz GmbH is completely happy to announce the grand opening of its Innovation Lab in Vienna on Might 14th, as a result of, as the corporate states, “innovation wants house.” The occasion, held at Lithoz headquarters, will start with a working lunch from 11:30-12:30, which be adopted by a press convention and tour of the brand new Innovation Lab. The grand opening will happen at 2 pm, and speeches will probably be given by a number of individuals, together with Dr. Johannes Benedikt, CTO & Dr. Johannes Homa, CEO, the co-founders of Lithoz, and Peter Hanke, the Govt Metropolis Councillor for Finance, Financial system, Digitisation and Worldwide Affairs. A celebration will comply with.
“It has at all times been vital for us to help our present and future companions in innovation. Subsequently we created a spot the place they’ve entry to state-of-the-art know-how and experience in ceramic 3D printing,” Iveta Zitkova, B.A., Advertising and Communication for Lithoz, wrote.
College of Delaware and US Military Utilizing Roboze ARGO 500
The Heart for Composite Supplies (CCM), inside the College of Delaware’s School of Engineering, is increasing its analysis, and chosen the Roboze ARGO 500 3D printer for collaborative work it’s endeavor with the Fight Capabilities Improvement Heart on the US Military Analysis Laboratory. They’re researching high-temperature composite FFF 3D printing, with two foremost focus areas: growth of a modeling and simulation software program software to extend the acceptance of 3D printed parts, and precise fabrication of parts for air and floor techniques. The Division of Protection and the US Military wish to improve velocity of insertion of 3D printed elements into the suitable logistics chains, and optimizing the digital design course of ought to assist.
“The Military wants to scale back logistics burdens and discover methods to be adaptive to quickly altering mission wants,” stated John Gerdes, Ph.D., Workforce Lead (A) Expertise Improvement & Transition at Automobile Utilized Analysis Division, US Military Analysis Laboratory. “Additive manufacturing can meet these wants, however should additionally provide elements with the sturdiness and dependability which might be demanded by Troopers who depend on their gear to perform vital missions.”
College college, college students, and employees may even use the Roboze ARGO 500 as a instructing and analysis assist.
CRP Expertise and Energica Case Examine
Italian firm CRP Expertise has lengthy partnered with the Energica Motor Firm, making 3D printed elements for its electrical autos. CRP just lately revealed a case research about its strategic use of SLS 3D printing know-how to develop cell pouch frames to check on battery pack prototypes for Energica’s EVs. Energica’s bikes use a high-energy lithium polymer (Li-NMC) battery, which is contained in sealed battery cells with a patented cooling system. So as to conduct ongoing testing, the corporate labored with CRP to create cell pouch frames for its battery pack case prototype, which was 3D printed out of the brand new flame retardant, glass fiber-reinforced Windform FR2 materials.
“Having constructed purposeful prototypes of pouch cell casings for numerous assessments, together with highway assessments, it was clear we must always use a fabric with particular traits, specifically: polyamide-based materials, electrically insulated, stiff, proof against temperature and flame retardant,” stated Franco Cevolini, CTO and VP at CRP Expertise.
“To be extra particular, flame retardant traits are crucial, as a result of it ensures self-extinguishing in case of working anomalies, that are a results of a brief voltage peak, with consequent localized melting, adopted by combustion initiation.
“If an ignition/combustion occurred in a localized portion of the cell casing, and the polymer have been flame retardant, then the combustion could be extinguished. As an alternative, if the fabric weren’t flame retardant, then severe issues would come up, as a result of the combustion would degenerate into a hearth. Windform® FR2 prevents such an incidence.”
With CRP’s assist, Energica was in a position to conduct all of its testing protocols for its battery pack prototype. To be taught extra, take a look at the total case research.
Andaltec 3D Printing Implants and Surgical Instruments for R&D Challenge
The Technological Centre for Plastics, Andaltec, is engaged on the R&D mission PoliM3D, which is funded by the Andalusian authorities’s Division for Financial system, Enterprise and College. The objective of the mission is to supply energetic 3D printing polymers that can be utilized in medical purposes, resembling implants, prostheses, and surgical instruments. Andaltec’s analysis will develop and characterize new polymeric supplies for FDM 3D printing that possess antibacterial and analgesic properties, which ought to assist with cell progress and add worth to the medical gadgets.
The top of the PoliM3D mission, Antonio Peñas, stated that utilizing activated polymers and AM can “open up a number of potentialities so as to provide extra inexpensive and environment friendly medical therapies,” which might equal higher affected person circumstances. The initiative’s analysis work will probably be carried out till late 2021.
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