A Next-Generation, Data-Driven Platform That Brings Design, Engineering, and Manufacturing Together
Fusion™ eliminates the daily disruptions encountered during product development and effectively overcomes the bottlenecks caused by traditional CAD, CAE, CAM, and data management tools. By unifying all processes under a single roof, it enables teams to work faster, more efficiently, and in an integrated manner.
Fusion integrates design, engineering, and manufacturing processes into a single platform, enabling users to develop products faster and more efficiently. Here are some key advantages that Fusion offers:
Fusion combines CAD, CAM, CAE, and data management into one platform, allowing you to manage all your processes smoothly from design to manufacturing.
Thanks to its cloud-based structure, you can access your designs from anywhere and collaborate with your teams in real time. This allows you to advance your projects quickly, regardless of time and location constraints.
Fusion offers customizable tools for engineers and designers from various industries. Additionally, advanced features like generative design and simulation enable you to create innovative and sustainable solutions.
Easily communicate and share data among all teams and stakeholders. This reduces errors during the development process and prevents time loss.
Perform simulations that match real-world conditions to test the performance of your designs in advance. This feature allows you to optimize your products before bringing them to market.
With its user-friendly interface and comprehensive training materials, you can quickly adapt to Fusion 360 and start your projects in a short time.
Optimize your designs directly for manufacturing and obtain outputs compatible with CNC machines and 3D printers.
Fusion accelerates your innovation by offering a smarter, faster, and more efficient product development process. It is an ideal platform to take your work to the next level.
Create precise and parametric sketches with sketch constraints, dimensioning tools, and a comprehensive set of drawing tools, easily edit them, and build a solid foundation for your design process.
Easily edit or repair geometries imported from different CAD formats. Make design changes flexibly and quickly without being constrained by a history-based feature tree.
Edit, repair, and reshape scans or mesh models imported in STL, OBJ, and similar formats. Effectively manage mesh data for processes ranging from reverse engineering to prototyping.
Create organic and complex subdivided surfaces with T-Spline technology; shape and edit these surfaces easily using intuitive push-pull methods. Achieve maximum flexibility in industrial design and concept development workflows.
Create photorealistic renders using your local computer or cloud infrastructure. Visualize your designs with high-quality visuals to enhance presentations and facilitate client communication.
Synchronize two-way changes in your electronic designs with mechanical models seamlessly and in real time using the compatible workflow provided by Autodesk EAGLE. This integration ensures uninterrupted collaboration and design accuracy between electronic and mechanical teams.
Design sheet metal parts suitable for bending, cutting, and folding operations. Create production-ready models with ready-made flange, bend, and joint tools; obtain flattened views and manufacturing outputs. Safely simulate real production processes digitally.
Combine design components using different assembly strategies such as bottom-up, top-down, or middle-out. Use motion analysis tools to pre-test mechanical interactions, collisions, and functionality in assemblies.
Create and edit complex parametric surfaces to repair geometries, patch missing areas, or generate unique designs. Shape your designs with high accuracy to achieve functional surfaces that comply with industrial standards.
Combine Fusion’s CAM capabilities with 5-axis programming, toolpath optimization, process automation, in-machine verification, and many other advanced manufacturing technologies to make your production processes more efficient and error-free. Achieve superior performance and flexibility at every stage from design to production.
Integrate Fusion 360’s CAM capabilities with 5-axis programming, toolpath optimization, process automation, in-machine verification, and other advanced manufacturing technologies to optimize precise milling operations on 2.5 and 3 axes. These features provide higher accuracy, efficiency, and flexibility in your production processes.
Combine Fusion 360’s CAM capabilities with 5-axis programming, toolpath optimization, process automation, in-machine verification, and other advanced manufacturing technologies to make 3+2 milling (5-axis positioning) more efficient and precise. This feature facilitates the machining of complex geometries while ensuring maximum accuracy and flexibility in production.
Use your machine’s rotary axis for indexed or continuously rotating toolpaths for complex geometries. This method offers high accuracy and efficiency for multi-surfaced parts while providing flexibility and speed in the production process.
Mill complex geometries with high precision, avoid potential collisions, and achieve excellent surface quality with simultaneous 5-axis machining. This process optimizes tool lengths, enables faster and more efficient production, and minimizes error risks.
Use in-machine touch probes to quickly and accurately adjust work offsets, speed up setup, and increase accuracy. This technology reduces errors and significantly improves production efficiency.
Identify model, stock, tool, and fixture errors or collisions for 2D turned parts. Verify turning toolpaths using stock simulation to prevent potential mistakes during production and improve process accuracy.
Combine milling and turning operations without changing machines to produce more complex and multi-step parts. This integrated approach accelerates production while delivering finished parts with high precision.
Generate flattened toolpaths for sheet metal components for water jet, laser, or plasma cutting machines. Transition directly from solid model features to production, managing cutting operations more efficiently and accurately.
Publish full NC (Numerical Control) programs in seconds using our extensive library of open-source, fully customizable post processors. Free and easily accessible post-processing solutions accelerate workflows and enable error-free production.
Copyright © 2025 Bilmold. All Rights Reserved.
