Additive Manufacturing Media的动态

Large-Scale Metal Additive Manufacturing is here!! and LORTEK can help the Industry on the new challenges!!.. See you at Formnext - Where ideas take shape Hall 11.1 Stand A44 #metaladditivemanufacturing #DirectedEnergyDeposition #additivemanufacturing #SmarTech4Future

? Tyre mould manufacturer TP-Tools Oy has joined the FAME Ecosystem as part of its effort to optimise manufacturing processes. The company recently acquired a FormUp 350 metal additive manufacturing machine from AddUp, enabling them to bring tyre sipes production in-house. Their machinery also includes Nexa3D's NXE 400 3D printer. By integrating the FormUp 350 machine, TP Tools aims to reduce costs, shorten lead times, and gain greater control over the production process. This move will also allow the company to explore more complex and customised geometries, driving innovation in tyre mould designs. “Joining the FAME Ecosystem helps us fully leverage our strategic plan and investments. It guides us in optimising our manufacturing processes, reducing lead times, and, most importantly, accelerating innovations in tyre mould designs,” says Marko Pirhonen, owner of TP Tools Oy. “The addition of TP Tools and the first FormUp 350 machine in Finland brings valuable user experience to the ecosystem. We are also able to offer TP Tools key insights from the research and information the ecosystem has gathered. It is encouraging to see Finnish tyre mould production adopting additive manufacturing, and we are confident we can help the company gain a global competitive advantage,” says Eetu Holstein, FAME Ecosystem Lead. #FAME3D #FormUp DIMECC Oy #DIMECC #TPTOOLS

Additive manufacturing is a digital manufacturing process, but that does not mean the digital part file is enough of a starting point to begin. Nate Higgins and Chris Aiello, founders of FreeFORM Technologies, believe there ought to be much more: a detailed conversation around the aims for the part and the choices affecting it. That is, what are the important functions of the part, and can any features be adjusted for the sake of greater manufacturing speed or reduced cost? In this respect, they say, additive manufacturing is like manufacturing in general. See where Freeform's conversations (and nimble approach to manufacturing) are leading to success: https://lnkd.in/gb3bEsce In article: Tritone Technologies, Desktop Metal, Ryerson _____ #additivemanufacturing #3Dprinting #binderjetting #MIM #tritone

Unlock the potential of additive manufacturing in moldmaking! At Next Chapter Manufacturing, we're passionate about leveraging partnerships to elevate the efficiency and durability of additive tooling. Check out this insightful article discussing two compelling reasons to form additive tooling partnerships: https://lnkd.in/g6KwVQm2 #additivemanufacturing #moldmaking #injectionmolding #innovation #nxcmfg MoldMaking Technology Christina Fuges

Printed hinges, no assembly required, crafted to perfection & ready to be shipped out! ??? Contact us today to see how we can be of help for all of your Additive Manufacturing needs! #addaptiv #additivemanufacturing #manufacturing #newproductdevelopment #irishstartups?#digitalmanufacturing #innovation #design #engineering #3dprinting

Pelagus 3D and Doosan Enerbility have joined forces to propel the adoption of on-demand additive manufacturing in Korea's maritime and offshore sectors. The two industry leaders aim to address key supply chain challenges and promote technological innovation; leveraging Pelagus 3D's engineering prowess and Doosan Enerbility's expertise in OEM spare parts. #3dprinting #engineering #maritime #additivemanufacturing #supplychain #maritimeengineering

?? Thermoforming companies face intense competitive pressures to boost production efficiency, minimize waste, and reduce costs, all while dealing with a shortage of skilled labor. Fortunately, additive manufacturing offers a game-changing solution. In this free webinar held by 3D Systems Corporation, hear from experts within the company as they discuss how AM can address these challenges. The session, "Revolutionizing Thermoforming: Exploring Efficiency Gains in Mold Production," will dive into AM's benefits for mold production, including faster turnaround times and reduced costs. It will also share real-world examples of how companies are using AM in thermoforming and explore considerations for integrating AM into existing workflows. Register now below!

Additive manufacturing, through rapid prototyping, helps turn ideas into successful products faster and cheaper than previously possible. It offers a significant advantage over conventional methods of prototyping by allowing for rapid iteration and design flexibility. Unlike traditional methods, which often require custom tooling and moulds, additive manufacturing allows for quick adjustments to prototypes without the need for additional tooling. This leads to faster development cycles, reduced costs, and the ability to produce complex, customised designs that would be difficult or impossible to achieve with conventional techniques. #additivemanufacturing #3dprinting #rapidprototyping #products #industrialdesign #RusselSmith

Why is rapid prototyping important for product design? Rapid prototyping can help you design better products by allowing you to experiment with different ideas and features without spending too much time and resources on development. It enables you to gather feedback from users and stakeholders early and often and incorporate it into your design iterations. Rapid prototyping can help identify and solve potential problems before they become expensive and complex. It allows you to validate or negate assumptions and assumptions about the value proposition of the product, user needs, and market fit, thereby reducing the uncertainty and risk of launching a product that does not meet the expectations or needs of the user or business.????????????????????????????????????????????????????????????????? Please visit www.longtermmould.com, or email: [email protected] #rapidprototyping #VacuumCasting #3Dprinting #RapidTooling #low-volummolding #injectionmoulding #InsertMoulding? #Spritzgu? #Spritzgie?werkzeuge #Spritzgie?en #injectionplastique #moule? #PlasticsManufacturing #Fabricationdemoules #Injetora #Plásticos #Moulageparinjection

Accelerating MIM Prototyping with Metal Binder Jetting PTI Tech specializes in producing complex, high-precision parts for mission-critical industries, including aerospace, defense, medical devices, and high-end industrial applications. PTI runs its customers’ part designs through a design for manufacturability (DFM) process to ensure that they can be cost-effectively produced using either plastic or metal injection molding. One of their customers needed a redesigned elevator button and PTI Tech needed a manufacturing technology that could produce a series of production-representative parts that its client could use for testing and design validation. These parts needed to be similar in processing and physical characteristics to MIM produced parts so PTI Tech could finalize their design before production tooling was built. PTI Tech selected Markforged binder jetting to quickly produce a succession of elevator button assembly prototypes for the client to test. It produced parts that had a similar percentage of shrinkage during sintering, density, and surface finish to parts produced using metal injection molding, according to Neal Goldenberg, PTI Tech’s president. The part met the requirements emphasizing significant parity with the final MIM part. The flexible tabs and several thin-wall features met PTI’s requirements for durability, ensuring that they would not break off during in-field installations. Are you interested how our Metal Binder Jetting solution, PX100, could help you with prototyping and large scale production of small, complext parts with great accuracy and surface finish? https://lnkd.in/dDsPbTwM Full story in the comments!