For individuals and smaller teams
- Product usage reporting
- 2-step verification
- 8×5 live support
Benefits included with all product subscriptions
THÔNG TIN SẢN PHẨM
Chi tiết và thông số kỹ thuật
Fusion 360 với Netfabb là gì
Autodesk Fusion 360 với Netfabb® cung cấp một bộ công cụ hoàn chỉnh để thiết kế và triển khai trong sản xuất phụ gia.
- Tự động hóa quy trình làm việc mạnh mẽ để đơn giản hóa việc chuẩn bị in 3D.
- Các công cụ trực quan để sửa chữa, định hướng, sắp xếp và chuẩn bị các tệp 3D để in.
- Trọng lượng nhẹ với các công cụ tạo lưới và rỗng sau đó tạo ra các hỗ trợ tham số.
Tại sao nên sử dụng Autodesk Netfabb?
- Đưa sản phẩm ra thị trường nhanh hơn
Đơn giản hóa các bước chuẩn bị in như định vị, tạo hỗ trợ và cắt. - Giảm lỗi xây dựng
Dự đoán và bù đắp cho các lỗi xây dựng tiềm năng - Giảm các nhiệm vụ lặp đi lặp lại
Tạo và triển khai các tập lệnh để tự động hóa quy trình công việc
Netfabb được sử dụng bởi các kỹ sư phụ gia, nhà thiết kế công nghiệp, kỹ sư cơ khí, v.v. Bất kỳ ai cần làm việc với quy trình sản xuất bồi đắp nâng cao.
Hợp lý hóa quy trình công việc cho sản xuất bồi đắp
- Nhập mô hình, phân tích khả năng in và sửa chữa tự động.
- Chọn từ hơn 200 máy in 3D tích hợp để chuẩn bị bản in thông qua các đường chạy dao có thể tùy chỉnh và cắt lát.
- Định hướng các mô hình để giảm thời gian xây dựng và hỗ trợ.
- Các bộ phận rỗng và tạo lưới sử dụng ít vật liệu hơn.
Đạt được lợi thế cạnh tranh với tự động hóa
- Giảm lỗi của con người bằng cách tự động hóa quy trình công việc bằng tập lệnh.
- Giảm thiểu lỗi xây dựng thông qua mô phỏng quy trình đối với Sự lắng đọng năng lượng trực tiếp (DED) và Hợp nhất giường bột kim loại (MPBF).
- Tạo cấu trúc mạng tuân thủ.
- Các bộ phận lồng vào nhau đồng thời tránh va chạm và lồng vào nhau để sử dụng hết công suất máy của bạn
Tham khảo thêm
- Phần mềm bản quyền chính hãng, giá tốt có tại SMNET với hơn 10,000 sản phẩm
- Các phần mềm CAD/CAM/CAE trong các danh mục CAD & PLM, CAM
- Khám phá các sản phẩm các của Autodesk
Fusion 360 with Netfabb Premium
Fusion 360 with Netfabb Ultimate
Netfabb Local Simulation
Included Software & Services
Fusion 360
Import CAD files from multiple formats to simplify and modify existing models, create new parts and assemblies, perform FEA simulation, and generate manufacturing plans for other part creation meathods.
✓
(1 named user)
✓
(1 named user)
✓
(1 named user)
Fusion 360 Additive Build Extension
Quickly create subtractive finishing operations and machine precise features with high-quality surface finishes.
✓
(1 named user)
✓
(1 named user)
–
Product Features
Fusion 360 with Netfabb Premium
Fusion 360 with Netfabb Ultimate
Netfabb Local Simulation
Model Import, Export, & Mesh Repair
Import common file formats
Import common CAD formats, such as SolidWorks®, Catia®, NX®, Inventor®, Fusion 360® and more; as well as common 3D file and slice formats.
✓
✓
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Batch import and repair
Add multiple files to your project simultaneously and perform automatic repair during import.
✓
✓
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Solid model repair
Load solid models of CAD files and retessellate as needed to the appropriate level of detail for the task at-hand.
✓
✓
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Automatic mesh repair
Run pre-defined or custom repair scripts that correct the most common mesh errors.
✓
✓
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Semi-automatic mesh repair
Perform specific repair operations to the entire part or to a selection of triangles, surfaces, shells, or edges
✓
✓
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Manual mesh repair
Use a variety of mesh repair tools to manually add, remove, or adjust mesh triangles, nodes, and edges
✓
✓
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Analysis Tools
Part and platform statistics
Easily access mesh statistics, part sizes and volumes, and platform capacity and utilization
✓
✓
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Part level analysis
Calculate and view upskins/downskins, center of gravity, wall thicknesses, shadow areas, and support volumes
✓
✓
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Measurement
Create measurements of lengths, thicknesses, and angles on and between parts that update with model changes
✓
✓
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Mesh compare
Compare distances between meshes to check models after remeshing, scaling, or corrective deformation
✓
✓
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Live collision detection
Check if two or more parts in the project touch each other and quickly identify where collisions are occurring.
✓
✓
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Interlock detection
Identify where parts may be interlocked after manual and automatic packing steps.
✓
✓
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Z-removeability check
Ensure easy platform unloading by identifying where parts may obstruct each other vertically.
✓
✓
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Report generation
Aggregate part and platform analysis information in customizable templates for use in estimates, quoting, or production planning.
✓
✓
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Support Generation
Fused filament fabrication supports (BAAM only)
Generate support structures for Big Area Additive Manufacturing (BAAM) machines at the time of GCode export.
✓
✓
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Multiple support types
Control the definition and creation of bar, polyline, and volume based supports.
✓
✓
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Parametric supports
Automatically update supports with any changes in orientation, assembly, or geometry.
✓
✓
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Automated support scripts
Define and run custom scripts to automatically apply supports to one or multiple parts simultaneously.
✓
✓
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Semi-automatic support generation
Using clusters or face groups, add supports manually or apply a support scipt only to the selected area.
✓
✓
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Manual support creation
Add or edit individual support entities and create custom structures.
✓
✓
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Angled volume supportn
Project supports outside the part to the platform to avoid part-to-part supports and reduce finishing effort.
✓
✓
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Adaptive lattice support
Have control over definition and creation of adaptive lattice supports.
✓
✓
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Toolpathing
Slicing & toolpathing
Scripting interface for all aspects of toolpathing, geometry prep, build strategy, and export format definition plus slicing integration capability.
✓
✓
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Visual programming interface
Create custom, elaborate scan strategies by combining pre-defined elements with a visual design tool.
✓
✓
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Advanced Toolpathing Utility
Scripting interface for all aspects of toolpathing, geometry prep, build strategy, and export format definition plus slicing capability.
–
✓
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Machine Integration
Metal machine workspaces
Generate support structures for Big Area Additive Manufacturing (BAAM) machines at the time of GCode export.
✓
✓
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Non-metal machine workspaces
Control the definition and creation of bar, polyline, and volume based supports.
✓
✓
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Fused filament fabrication workspaces (BAAM only)
Automatically update supports with any changes in orientation, assembly, or geometry.
✓
✓
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Automation
LUA Scripting
Scripting interface for all aspects of toolpathing, geometry prep, build strategy, and export format definition plus slicing integration capability.
–
✓
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Netfabb Application Server
Create custom, elaborate scan strategies by combining pre-defined elements with a visual design tool.
–
✓
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Model Editing
Cutting tools
Cut parts using standard or custom planes or freeform polygon shapes with custom edge profiles.
✓
✓
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Pin and holes
Add pins and holes or hooks while cutting to aid reassembly of split parts.
✓
✓
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Mirror and scale
Create mirrored copies of parts or scale components using scale factor, scale percentage, or target sizing.
✓
✓
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Split or extract shells
For parts that contain multiple shells, split them all into multiple parts or extract selected shells manually.
✓
✓
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Mesh manipulation
Manipulate meshes directly with smoothing, extrusion, distortion, boolean or shearing operations.
✓
✓
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Texture and colors
Add color and texture information to mesh faces, surfaces and parts. Extrude surfaces based on grayscale texture maps.
✓
✓
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Labelling
dd text, shield, or image labels manually or automatically create multiple parts with labels at once.
✓
✓
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Part hollowing
Create hollow parts using a variety of options to define the offset shell surface.
✓
✓
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Orientation & Packing
Orientation analysis
Calculate the best orientation and preview supports with user-defined parameters and custom rankings.
✓
✓
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Move, rotate, and align
Customize your part location and orientation on the platform, and utilize alignment as needed.
✓
✓
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2D packing
Pack parts on the machine platform.
✓
✓
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3D packing
Use “Simple Outbox Packing”, “3D Packing – MonteCarlo”, “3D Packing – Scanline”, “3D Packing – Gravity” or “3D Packing – Size Sorting” algorithm to pack parts in the build volume.
✓
✓
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Sinterbox creation
Create packages of small parts to avoid losing them in the build space.
✓
✓
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Latticing & Optimization
Lattice Assistant
Hollow parts and add non-structural lattices in a single step to save material and processing time.
✓
✓
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Perforations
Add holes for material drainage with matching plugs during latticing or as a separate operation.
✓
✓
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Lattice Commander
Create complex lattices within a part or on its surface, or create designs combining multiple lattices and skins.
✓
✓
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Selective Space Structures (3S)
Create lattices that follow surface contours and complex lattices or lattice combinations via Lua script to achieve functional attributes.
–
✓
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Lattice optimization
Using built-in optimization, generate non-uniform lattices that can withstand required loading conditions.
–
✓
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Advanced Simulation Capabilities
Small scale simulation – PRM generation
Generate PRM files based on chosen material and process parameters.
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–
Unlimited
Part scale simulation
Simulate powder-bed fusion additive manufacturing processes to identify potential causes of build failures.
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Limited
Unlimited
Simulation of entire build plate
Import multiple models and supports to capture interactions between parts and the distortion of the build plate.
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Limited
Unlimited
Deformation prediction and compensated shape export
Predict how parts will deform and automatically compensate geometries based on simulation results.
–
Limited
Unlimited
Support failure prediction
Identify locations where support failure is likely to occur to inform the support creation process.
–
Limited
Unlimited
Recoater interference detection
Identify areas where the part may distort upwards that may cause interference with the recoater blade.
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Limited
Unlimited
Heat treatment
View stress results before and after annealing the part.
–
Limited
Unlimited
Part and support parameters
Accurately reflect your build process by applying unique settings to supports and parts.
–
Limited
Unlimited
Distortion and stress after removal from build plate
Simulate the mechanical response of a deposited part after removal from the build plate.
–
Limited
Unlimited
Hot spots and lack of fusion
Identify any areas of the part where hot spots will occur, or spots where there will be a lack of fusion.
–
Limited
Unlimited
Directed energy deposition process simulation
Simulate full builds for both powder-fed and wire-fed DED processes.
–
–
Unlimited
STANDARD
PREMIUM
ENTERPRISE
EDUCATION
For medium and large teams of 50 or more
- Product usage reporting with user details
- Single sign-on (SSO)
- 24×7 live support
Benefits available at an additional cost
For extra-large teams
- Connect data to third-party tools via API access
- Automated user assignments
- Customer Success Manager
Benefits available at an additional cost
For eligible students and educators
- Free access to use desktop, cloud, web and mobile products through the Autodesk Education Community
- One annual Education plan renewal date
- Self-paced curriculum and learning content
Benefits free upon confirmed eligibility
Windows 11
full OpenGL 3.3 support
Windows 11
Windows Remote Desktop is not supported.
Linux® CentOS 8 64-bit (solver only)
Older or different versions of Linux are no longer supported.
128 GB or more recommended
16 GB for users only performing DED simulations
