Footprintku的动态

Manufacturability optimization for #DieCasting, #Machining and #InjectionPlastic! It's fast, accurate, and satisfying to convert any design into a manufacturable part! I am particularly thrilled to announce this one! If you are an expert in DfM, I would love to have a chat with you to understand your pain points in the CAD industry. #Design #Automation #Optimization

You can now shape design geometry to your manufacturing processes with Cognitive Design 1.4 ?? The 1.4 version of Cognitive Design has just been released, bringing exciting new features to support your complex engineering projects. Among the new possibilities offered by the software, one of the most outstanding new features is the Manufacturing-Driven Design (MDD) app. The MDD app is an all-in-one block designed to help engineers align design shapes with the constraints of their manufacturing processes. This includes additive manufacturing, injection molding, die casting, machining, and forging. After importing the design space, functional region and your initial 3D model, the MDD app helps you quickly generate manufacturable designs and seamlessly transition between manufacturing processes. The 1.4 version of Cognitive Design also introduces other exciting new features, including part analysis tools for conventional manufacturing, generative design tools, enhanced texturing capabilities, and an improved user experience. Try these new features for free now ?? https://lnkd.in/edjWdVFN Check out the full Cognitive Design 1.4 release note here ?? https://lnkd.in/eMdHyfny #designformanufacturing #dfam #engineering #manufacturing #software

Cognitive Design 1.4 is here, packed with new features! I highly encourage engineers to explore this latest version, which further enhances Cognitive Design's capabilities in optimizing designs for manufacturing. ??

AI-Aided PCB Design: Transforming the Design Method AI is automating tedious and complicated activities, which is transforming the PCB design process. In the past, PCB design needed manual trace routing, component location optimization, and signal integrity assurance. Depending on the design's complexity, these tasks could take weeks or months to complete. These days, AI-driven design tools help engineers by optimizing layouts based on performance measurements, suggesting routes automatically, and even spotting any problems with signal integrity before they happen. Using machine learning algorithms to learn from past designs and optimize future layouts based on that data is one of the biggest breakthroughs. This innovation is being driven by tools like Mentor Graphics' Xpedition and Cadence's Allegro X AI. These AI tools substantially decrease design iteration cycles and allow engineers to focus more on innovation rather than debugging. AI is also making it possible for designs to be simulated in real time, which lets designers experiment with different configurations without having to create prototypes. By removing the need for numerous modifications, this shortens the design cycle and lowers expenses. Here are a few innovative AI-powered tools that are spearheading this change: ?? Mentor Graphics Xpedition - Uses AI-powered optimization to automate intricate routing and signal integrity checks. ?? Cadence Allegro X AI - Reduces time spent debugging by streamlining design iterations and layout optimizations. ?? Zuken CR-8000: Offers multi-board systems AI-driven design and analysis. ?? AI Plugins for Altium Designer: This program integrates third-party AI plugins to improve design processes. ?? ANSYS Sherlock - Uses AI-backed analytics to simulate stress impacts and dependability on PCB designs. ?? Autodesk Fusion 360 Electronics: Uses machine learning to optimize layout and position components more intelligently. ?? DesignSpark PCB: combines AI extensions to enhance routing and layout. ?? EasyEDA (with AI Add-ons): AI plugins for automation and optimization in a cloud-based PCB design tool. #AI #PCB #Technology #PrintedCircuitBoards #Future #Electronics #PCBCupid

For newcomers, the idea of using 3D scanning for reverse engineering can be a tricky one to get your head around. But fear not! There are now plenty of ways to streamline the process of going from 'scan-to-CAD', and turn physical products into digital designs, ripe for reinvention and reproduction. Check out our step-by-step guide to reverse engineering here: https://lnkd.in/db3Jh9Nu

3D scanning revolutionizes reverse engineering by providing a digital blueprint of the object, making it easier to analyze, modify, and recreate. Ready to take your reverse engineering skills to the next level? Then welcome to our blog: https://lnkd.in/gcESzJAT ?? #ReverseEngineering #3DScanning #CAD #SCANtoCAD #ProductDesign

Generative design opens up new possibilities in engineering, moving beyond traditional design workflows. This additive manufacturing workflow demo shows how Tech Soft 3D’s SDKs can support you in developing better 3D software. ??? #additivemanufacturing #generativedesign #SDKs #softwaredevelopment

OrCAD X Capture has a user-friendly Component Explorer interface for adding parts to designs. It allows easy exploration of components from Cadence libraries or downloadable parts from content partners like SamacSys, SnapMagic, and Ultra Librarian. This streamlines access to a wide library, saving time and effort in creating new parts and PCB footprints. Read this blog to learn more: https://ow.ly/HXNy50Uf6b2 #PCB #Cadence_Design_Systems #OrCAD_X_Capture #Allegro_X_PCB_Editor #SPB #PCB_design #Training_Insights #OrCAD_X #23_1 #24_ #online_training #Schematic

nTop 5 has arrived! This release is a major step forward in computational design with our next-generation implicit modeling kernel that enhances performance and underpins a growing implicit ecosystem, connecting your end-to-end design to manufacturing workflows. What’s New in nTop 5: ? Expanded Implicit Ecosystem: Seamless integration with five new partners across simulation and manufacturing toolsets, enhancing end-to-end workflows. ? New Implicit Modeling Kernel: Experience faster computation times and improved performance in boolean operations, ensuring quicker and more precise design processes. ? Rapid Simulation Capabilities: Eliminate traditional meshing needs in simulation with our new partners, enabling faster and more efficient analysis. ? Direct Integration in Manufacturing: Work with tools like Materialise Magics and Autodesk Fusion directly using *.implicit files for smoother transitions from design to production. Learn more about nTop 5 and explore the full capabilities of our latest release at the link below. https://ntopolo.gy/3f1c46 #nTop #AdditiveManufacturing #3DPrinting #CAD #Engineering #ComputationalDesign #EngineeringInnovation #ProductDesign

OrCAD X Capture has a user-friendly Component Explorer interface for adding parts to designs. It allows easy exploration of components from Cadence libraries or downloadable parts from content partners like SamacSys, SnapMagic, and Ultra Librarian. This streamlines access to a wide library, saving time and effort in creating new parts and PCB footprints. Read this blog to learn more: https://ow.ly/rhZb50UiNhp #PCB #Cadence_Design_Systems #OrCAD_X_Capture #Allegro_X_PCB_Editor #SPB #PCB_design #Training_Insights #OrCAD_X #23_1 #24_ #online_training #Schematic