Steven Marjieh

Mastering Creo Sheet Metal Training https://lnkd.in/e6CsS99a This course can be two days or four days. https://lnkd.in/efP_VPNQ Most Designers using the Creo Sheet metal module have years of experience doing the same thing over and over. This course helps your designers expand and master the use of Creo Sheetmetal. Coupled with multi-body and using surfaces plus use a wide variety of tools and workflows made available to Creo over the recent years your team will be more efficient and knowledgeable. Making changes to Creo sheet metal components that are part of an assembly are made and updated parametrically throughout the entire design process. The result is fully associative solid models of sheet metal parts and assemblies ready for production. Participants will be trained to work on items such as small battery contacts, aircraft mounting brackets, electronics enclosures, larger stove/oven components, or auto panels. The curriculum can be combined with Creo Surfacing tools for automobile sheet metal functions or for smaller battery contacts. https://lnkd.in/eG_eDPka < Instagram video

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When designing and manufacturing gears, which material do you lean on? There's no such thing as a guaranteed go-to -- the material you use should depend on the type of gear, and where and how you'll use it: https://hubs.li/Q02sJgkY0

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ICYMI: Progressive's Kevin Kelly wrote an article in MoldMaking Technology titled 'Five Priorities for Managing a CAD Library' that offers tips on building an efficient CAD library that will benefit an entire mold design team. Check it out at https://lnkd.in/gs5Wfv4d, and if you have additional questions about this topic or anything CAD-related, please reach out to Kevin at kevin.kelly@procomps.com. Kevin, a product engineer at Progressive for over ten years, heads up all things CAD-related and is always happy to converse with a customer! #Procomps #ProgressiveComponents  #injectionmolding #moldmaking #molddesigners  #plastics #plasticsindustry #MMT  #CAD #CADGeometry #CADLibrary  #ProgressiveCADalog #tooling 

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Join us here https://lnkd.in/dfh7qyW for the Introduction to Experienced CAD Users Class- June 11-13, 2024 - Cleveland OH / Virtual. In this course, you will learn essential modeling skills for Creo Parametric, designed for existing SolidWorks users. Topics include the interface, basic concepts, sketching tools, and part and assembly creation. The course includes a comprehensive design project for practical skill application, preparing you for product design projects using Creo Parametric. #creo #cad #training #solidworks

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A quick taste of what we do. #CAD #drafting #mechanicaldesign #solidworks #ansys #fea #finiteelementanalysis #structuralanalysis #composites #avionics

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In this short but informational MMT Chat, MMT Editorial Director, Christina Fuges, sits down with Roembke Mfg. & Design’s Business Development Manager, Adam Shaal, to talk about a quick mold change solution, LSR tooling and the future moldmaker looks like: https://bit.ly/4f85R12 #MMTchat #LSR #Molding #moldchange #machining

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Wire additive manufacturing is a process whereby materials are added layer by layer to form a three-dimensional object. This process involves the use of materials such as polymers, composites, wax, or metals, which are fed into the machine in the form of wire. The material flow can be either continuous or on-demand, which means that the material is either fed continuously or in small drops as required. The machine kinematics used in wire additive manufacturing can be serial, parallel, or a hybrid of both. In serial kinematics, the additive manufacturing process is carried out in a linear fashion, with the wire being fed into the machine from one end and the finished product emerging from the other end. In parallel kinematics, the process is carried out in a more complex manner, with the wire being fed into the machine from multiple angles and the finished product being built up from multiple layers. The energy sources used in wire additive manufacturing include resistance heating, induction heating, arc melting, or energy beams such as laser or electron beams. Resistance heating involves passing an electric current through the wire, which heats up and melts the material as it is fed into the machine. Induction heating involves using a magnetic field to heat up the wire, while arc melting involves using an electric arc to melt the wire. Energy beams, such as laser or electron beams, use a concentrated beam of energy to melt the wire and form the finished product. Overall, wire additive manufacturing is a versatile and flexible process that can be used to create a wide range of objects, from simple shapes to complex geometries. The choice of material, machine kinematics, and energy source depends on the specific requirements of the project and the desired outcome.

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Curious about the fun side of the SOLIDWORKS User Group Network (SWUGN)? Check out one of our latest video podcast, where host Stephen Wierenga chats with Jesse Reda and Shawn Wolters about the exciting and engaging community that makes SWUGN events so enjoyable. Learn how being part of this network can enhance your SOLIDWORKS experience through shared knowledge, and plenty of fun! #SOLIDWORKS #SWUGN #Community #Learning #Fun Link to the full video in the comments!

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Click here https://lnkd.in/e4nRUMbk to join our Advanced Assembly and Advanced Modeling course available on July 15- July 19, 2024, in Indianapolis /Virtual This course offers a combination of the Advanced Modeling and Advanced Assembly Design training courses. It focuses on teaching advanced part modeling techniques to enhance product designs and effectively create and manage intricate assemblies. #assembly #modeling #creo #design

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In tomorrow’s 2 Minute Tuesday, we will delve into the StructureFX tool in Oqton's Freeform Plus. The StructureFX tool enables the user to algorithmically generate complex clay structures that would otherwise be extremely difficult or virtually impossible to create using other clay modeling methods. Sign up for 2 Minute Tuesday email updates ➤ https://zurl.co/Wjxc #3DModeling #StructureFX #ClayModel #Geomagic

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Program transfers have evolved significantly from moving a mold or two in the past. Today, they encompass every facet of the supply chain, spanning molds, machining, subassemblies, secondary operations, and full assemblies. The potential for growth and efficiency is expansive. With meticulous preparation and the right partner, even the most intricate transfers can achieve remarkable success. Discover the best practices for a seamless program transfer process. Download the Velosity white paper on program transfers today! #programtransfer #MedicalDevices #ContractManufacturing

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Xact Metal launches 'Breaking the Mold Initiative'. This initiative aims to change the approach to metal 3D printing in the tooling industry by reframing the technology as a valuable option for rapid and cost-effective parts deployment in a mold maker’s toolbox. #3dprinting #metal3dprinting #additivemanufacturing #toolingindustry #costeffectiveness

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In Metal AM there are truths and there are myths. Outdated myths – not technology – might be to blame for modern manufacturers not leveraging L-PBF fully in their additive manufacturing and manufacturing 4.0 strategies. We debunk some of the myths here: https://lnkd.in/gT6Yj9Re

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In Metal AM there are truths and there are myths. Outdated myths – not technology – might be to blame for modern manufacturers not leveraging L-PBF fully in their additive manufacturing and manufacturing 4.0 strategies. We debunk some of the myths here: https://lnkd.in/gT6Yj9Re

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Parts Count Variation https://bit.ly/3JAq8O4 A NoMTBF article by Fred Schenkelberg. A few years ago I recalled seeing a paper that studied the difference to expect between various parts count methods and actual results.

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Check out the new Sketch Navigator in NX 2406. It's never been easier to see what's going on in your Sketch Environment!

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Looking to get high-quality and cost-effective machined parts? Our white paper has got you covered! Discover how design optimization, top design guidelines, and material selection can make a big difference. Don't miss out – download our white paper now and take your projects to the next level!  https://lnkd.in/evB5rBuZ #cnc #cncmachining #cncmilling #cncturning #mechanical #whitepaper #designtips #designer #tips

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We love the SOLIDWORKS Community and User Groups! Check out how these communities foster learning, collaboration, and skill enhancement for SOLIDWORKS users. Comment below if you have ever attending a SOLIDWORKS User Group Meeting! What did you think? Click on the link in the description to watch the full podcast!

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