Tag: additive manufacturing
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10 Tips & Tricks To Get Started 3D Printing With Autodesk Fusion
Ready to get started 3D printing with Autodesk Fusion? Here are some essential tips & tricks to make the process as easy as possible.
Manufacturing
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Exciting News from RAPID+ TCT 2025: Autodesk and Renishaw Collaboration!
Discover the seamless integration of Renishaw’s advanced additive manufacturing solutions with Autodesk Fusion, unlocking optimized settings and enhanced workflows for metal 3D printing. Explore new capabilities and the "Renishaw for Fusion" add-in at RAPID+TCT 2025.
Advanced Manufacturing
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3D Nesting with Autodesk Fusion
Learn how to optimize 3D nesting in Autodesk Fusion using Bounding Box, Monte Carlo, and True Shape packing for efficient manufacturing.
Manufacturing
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How to Create Print Files for a Printer That Is Not Supported in Fusion
Learn how to configure custom 3D printers in Autodesk Fusion using generic additive file formats for seamless additive manufacturing workflows.
Tutorials
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Fusion FFF/FDM Slicer supports Bambu Lab printers!
Fusion now supports Bambu Lab printers, enabling GCODE generation for X1, P1 series, and future AMS compatibility.
What's New
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Digital Product Passports and Autodesk Fusion
Learn how Autodesk Fusion empowers manufacturers to meet the Digital Product Passports requirements through advanced design and data tools.
Product Design & Engineering
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How 3D Printing is Transforming Education
In education, 3D printing, supported by tools like Autodesk Fusion, enhances learning by making complex concepts tangible, fostering creativity, and preparing students for future careers.
Manufacturing
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Additive Manufacturing: The Next Generation in Laser Powder Bed Fusion
Autodesk and SCANLAB have created a real-time closed-loop control system for laser powder bed fusion processes, enhancing precision and efficiency in additive manufacturing.
Manufacturing
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Process Monitoring Data: The Missing Link in Industrial Additive Manufacturing
Integrating process monitoring data into the design workflow, as demonstrated by AI startup Euler on the Autodesk Fusion platform, enhances additive manufacturing with real-time defect detection, failure prediction, and actionable insights, bridging the gap between design and manufacturing for practical, manufacturable designs. Euler, an Iceland-based AI startup, specializes in computer vision and anomaly detection for…
Manufacturing
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Master Midpoint Constraints to Perfect Your Designs in Autodesk Fusion
Midpoint constraints in Autodesk Fusion are essential for aligning and centering design elements with precision. Mastering this feature enhances the accuracy and efficiency of your sketches, ensuring symmetry and proper alignment. This guide will cover the basics, practical applications, and tips for optimizing your design process. What are midpoint constraints? In Fusion, the midpoint constraint…
Tutorials
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Digital Solutions in Automotive Part Manufacturing
This blog discusses the increased use of digital solutions in automotive part manufacturing and highlights how Autodesk Fusion’s integrated CAD, CAM, and CAE tools streamline the design and production process. The automotive part manufacturing industry is constantly under pressure to produce high-quality, cost-effective parts within tight deadlines. As a result, and evolving from historical manufacturing…
Manufacturing
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How to Use Machine Simulation in Autodesk Fusion
Learn to use machine simulation in Autodesk Fusion to visualize toolpaths, reduce errors, and enhance programming efficiency.
Tutorials
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Every Way to Cut Models with the Extrude Tool in Autodesk Fusion
Learn how to use the extrude cut feature in Fusion for precise and functional valve designs with this professional step-by-step guide.
Tutorials
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How to Calibrate an FFF 3D Printer’s Print Bed With Autodesk Fusion
Learn how to calibrate an FFF printer’s print bed using the "Printer Bed Calibration" project in the samples folder in Autodesk Fusion.
Tutorials
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Apiar Pushes the Watch Industry Forward With Metal Additive Manufacturing and Exposed Lattice Design
Apiar pushes the boundaries of what’s possible with watch design with Autodesk Fusion, leveraging additive manufacturing and lattice design.
Case Studies