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1. #CUBIFY DESIGN VS SOLIDWORKS SOFTWARE#
2. #CUBIFY DESIGN VS SOLIDWORKS CODE#
3. #CUBIFY DESIGN VS SOLIDWORKS LICENSE#
4. #CUBIFY DESIGN VS SOLIDWORKS OFFLINE#
5. #CUBIFY DESIGN VS SOLIDWORKS WINDOWS 8#

Ribbon-based tools are organized into clearly labeled panels. With the exception of the BOM workspace, each includes a large work area with a ribbon across the top. The primary difference is that the Global Parameters can be used between files, whereas the Equation Editor is restricted to a single file.Īll six workspaces have a well-designed, common look and feel.

This workspace looks similar to the Equation Editor found in the Part, Sheet Metal and Assembly workspaces. There is also a Global Parameters workspace, which serves as a central repository of variables, equations and values that you can use across multiple parts and assemblies.

#CUBIFY DESIGN VS SOLIDWORKS SOFTWARE#

Because the software is parametric, any change made to any file within the design is automatically reflected in all the assemblies, BOMs and drawings that reference that file. As the final step in the design process, you move into the 2D Drawing workspace, inserting parts or assemblies to create standard orthographic, 3D and engineering views to which you then add dimensions and notes to document your designs.

In the Bill of Materials (BOM) workspace, you can generate BOMs that show information about the various files that comprise the assembly. Once you create and save files, you work in the Assembly workspace to link parts, sheet metal parts or other assemblies into an assembly, using assembly constraints to mate and align components. Sheet metal parts are created the same way, except that within the Sheet Metal workspace, you use sheet metal-specific features-such as cuts, dimples, flanges and tabs-to add or subtract material from the model. When creating features, most tools open dialog boxes where you specify parameters and enter values controlling the creation of the feature. Rather than constantly going back to the ribbon as you work, you can press the spacebar to access a context-sensitive menu or right-click to display shortcut menus. You can then select a plane or planar face, sketch another profile and add or remove material. You begin with a closed 2D sketch that is turned into a 3D feature by extruding, lofting, revolving and sweeping. You can create Parts in the Part workspace. Once you start working in Alibre Design, you open one of the program’s six workspaces.

#CUBIFY DESIGN VS SOLIDWORKS LICENSE#

Other tools let you access system options, manage your license and check for updates. You can also explore tutorials, training videos and sample exercises as well as an online knowledge base and user forums. From here, you can open existing models or start a new one. The software initially opens to a Home window. Internet Access: required for activation/deactivation of node-locked and concurrent licensesĪlibre Design should feel quite familiar to anyone who has worked with a parametric 3D modeling program.Graphics Card: must be compatible with DirectX.Memory: 4GB (8 to 16GB recommended, depending on OS).

#CUBIFY DESIGN VS SOLIDWORKS WINDOWS 8#

#CUBIFY DESIGN VS SOLIDWORKS OFFLINE#

#CUBIFY DESIGN VS SOLIDWORKS CODE#

But in 2017, a group of former Alibre veterans, led by Max Freeman-former VP of product management and marketing at the old Alibre, Inc.- reacquired the code and formed Alibre, LLC ( see DE, March 2018).Īlibre Design 2018, unveiled last year, marked the first release since the company returned to private ownership. Although the program has been continuously updated since its launch nearly 20 years ago, there were some bumps along the way.ģD Systems acquired the company in 2011, and Alibre Design morphed into a new product called Geomagic Design, part of the 3D Systems product portfolio. In 2009, then CEO Paul Grayson dropped the price even further, offering a $99 version for a limited time.īuilt on the ACIS modeling kernel and a 2D constraint system from Siemens, Alibre helped users to create parametric solid models driven by intelligent dimensions. The company even received a patent protecting its technologies for generating 3D geometries across a high-bandwidth, distributed network.Īlibre Design was not only ahead of its time, but it also set a new price point of $495 to $995 for an annual subscription. With its launch in 2000-long before Onshape and others popularized browser-based CAD- Alibre Design became the world’s first browser-based distributed 3D CAD program, enabling multiple users to work on the same design simultaneously via the internet.