Fusion 360 Vs Solidworks- Difference Between Fusion 360 and Solidworks

什么是Fusion 360？

Fusion 360 is a cloud-based parametric solid-modeler that offers features to get you from idea to prototype in one single environment. Below, you’ll find the different modes and what they’re used for.

Model – Parametric Solid Modeling
补丁 - 表面建模
Render – Real-time Ray Tracing
Animation – Timeline & Animations
仿真 - 验证和优化设计
CAM – Manufacturing

Fusion 360 is free for hobbyists. For the vast majority of needs, this tool is sufficient. It runs on Windows and Mac.

Laser cutting:You can draw a sketch and directly save it in DXF to make a laser cut.
3D打印：After drawing your 3D part, it is possible to export it in STL to print the piece in 3D.
CAM:Fusion 360包含一个强大且免费的CAM模式。可以将铣床的移动直接设置在其3D型号上，并看到切割的模拟（我们看到米勒的头部使其动作）。
雕塑模式：This is a mode that is between CAD and CAD (design-oriented), but with the advantages of being able to switch from one to the other. This mode allows you to draw design pieces by pulling on surfaces to give them the desired shape.
Assembly:If your project contains multiple parts, you can assemble them directly into Fusion 360. It is possible to create fixed assemblies, but also add degrees of freedom, so you can see the movement of your parts virtually.

什么是固体工作？

SolidWorks is a solid modeling computer-aided design (CAD) and computer-aided engineering (CAE) computer program that runs on Microsoft Windows. SolidWorks is published by Dassault Systèmes.

SolidWorks currently markets several versions of the SolidWorks CAD software in addition to eDrawings, a collaboration tool, and DraftSight, a 2D CAD product.

Fusion 360 Vs Solidworks- Difference Between Fusion 360 and Solidworks

Fusion 360	Solidworks
Fusion 360 is a cloud-based parametric solid-modeler that offers features to get you from idea to prototype in one single environment.	SolidWorks is a solid modeling computer-aided design (CAD) and computer-aided engineering (CAE) computer program that runs on Microsoft Windows. SolidWorks is published by Dassault Systèmes.
仅建模功能。没有当前的钣金和焊接特定功能。	钣金和焊缝模式使钣金零件的设计变得容易且最直观。
Fusion surfacing is very nice. This is the primary reason I use fusion. It makes surfacing work a lot faster and more intuitive.	Solidworks surfacing is a nightmare. It often takes a lot of trial and error to get the desired results.
3D sketching is possible, but it's finnicky at besty and difficult to use. Seems to rely on pre-existing geometry.	Solidworks has mature and useful 3D sketching tools.
Hole wizard is ok in Fusion. It takes 2 features, one to make a hole, and another to specify the hole with threads and bores. Would be easier with a 1 step process.	Comprehensive options for holes of any variety and purpose. Relatively easy to use.
The built in CAM seems well rounded and is continually being improved.	SolidWorks只能具有昂贵的添加功能。
Fusion has 4 pattern tools available. Rectangular, Circle, Mirror, Path. They work fine.	Solidworks has 8 different pattern tools available. Linear, Circular, Mirror, Path, Sketch, Table, Fill, Variable. They all work well.
Chain -belt Pattern-Fusion requires you to build a pattern from all instances. Analogous function is not present	链模式 - 这是连锁和机械带的绝佳功能。
Fusion is less Costly	固体工作比Fusion 360更为昂贵
融合模拟工具更容易使用，更快地获得结果。它们可能不太准确，但我更喜欢易用性。	Solidworks simulation tools are only fully available in the premium versions of the products. They are difficult to use and can be frustrating to someone who doesn't often use simulation.
In case of Constructional Geometry, Fusions options are a bit more limited, but still useful.	Solidworks使创建构造几何形状在哪里以及如何需要。