September 21, 2018

5 KEY BENEFTIS OF SOLIDWORKS ROUTING


It is easy to perform routed system design tasks with SolidWorks Routing and Fitting Library Software. SOLIDWORKS software also supports creation of tube, pipe and electrical systems.

SolidWorks Routing has been created keeping design efficiency in mind and hence, with it you can easily create better designs with improved BOM accuracy. It also efficiently reduces costs and offers faster time-to-market.

Let us now take into account the key benefits of creating routes using SolidWorks Routing.

First benefit for you is the drag and drop placement. The advantage further extends with the provision of automatic sizing of components as well as of parts and assemblies. You can also copy and mirror the routes. Moreover, the software also allows auto-insertion of piping bends and elbows.

Secondly, SolidWorks Routing features auto-routing of tube, hose, and electrical cable and harness segments. This you can do either directly or by mounting clips and hangers.

Third benefit here is the access to the library of ready-made piping, tubing and electrical cabling as well as harnessing components.

Fourth benefit is that engineering drawing and bills of material is automatically created with complete information that includes cut lengths for pipes as well as the tube routes.

Fifth benefit for you is that you can easily reuse the data created with electrical CAD Software and other tools while designing new cable and harness route, or when importing data in the Microsoft Excel.

There are more benefits of SolidWorks Pipe Routing and Tubing which you can learn by signing up for SolidWorks Training.

September 19, 2018

AN OVERVIEW OF SOLIDWORKS ELECTRICAL 2018 ROUTING INTEGRATION


Taking the ambiguity out of SolidWorks Electrical 3D, the upgrade in SolidWorks Electrical 2018 Routing Integration has completely adopted the SolidWorks Routing platform.

There is another major change in SolidWorks Electrical 2018, and that is in the form of its component wizard which is now tied to the SolidWorks Routing Library Manager. This is what makes SolidWorks Electrical 2018 an all-round solution for managing your routing setup.

The question now arises where it is that you can locate this feature. To find it, simply click on SolidWorks, followed by Open a Part. Inside Open a Part you will find Tools. Click on it. Thereafter, click on Select Electrical and finally, on Electrical Component Wizard.

So, your process, in a row, would look like this:
SolidWorks > Open a part > Tools > SolidWorks Electrical > Electrical Component Wizard
Do remember to turn on the SolidWorks Electrical 3D and SolidWorks Routing add-ins.

SolidWorks Electrical 2018 is highly significant in designing parts and components. Considering that it is eminent you have a SolidWorks Electrical Schematic CAD Software. While an overview of the SolidWorksElectrical Professional can be looked up online, it is always advisable to understand this software deeply and crudely by taking up a SolidWorks Electrical 3D Training.
This will ensure you learn not only the nits and bits of the software but also its critical functionalities such as this upgrade of SolidWorks Electrical 2018 Routing Integration.

September 18, 2018

3 POINTS OF DIFFERENCE BETWEEN 2D CAD AND SOLIDWORKS


As designing software for engineers, both 2D CAD and SolidWorks fell under the broad discipline of CAD/CAM.



A little about CAD/CAM – While CAD stands for Computer Aided Design, CAM, on the other hand, stands for Computer Aided Manufacturing. The first is a software supporting designing of a new product or modifications, so to speak. The second is about using computer for controlling the operations of a machine. Overall, both CAD and CAM improve productivity, enhance quality and reduce the time required to make a product.

Let’s discuss about 2D CAD  now. It is one of the very first CAD software that has been a market leader for over thirty-five years; about the same time that it has been in existence. Though great in 2D Drawings, 2D CAD’s  limitations lie in its 3D capabilities. And so, is mostly used by architects and civil, aeronautical and other engineers requiring some sort of a drawing.

SolidWorks, on the other hand, is a solid modeler design software. Parametric in nature, SolidWorks is a product of Dassault Systemes. As a user-friendly CAD, CAM and CIM software, it supports designing of complex parts, assemblies and drawings.

The main difference between the two rests in their 2D and 3D capabilities. While 2D CAD’s main purpose is to assist draftsman in late 70’s when they had to create a lot of drawings, SolidWorks on the other hand focuses on the 3D design aspects. This makes SolidWorks 3D CAD Design software a pioneer in 3D Designing. Second line of difference can be found in Assemblies, wherein SolidWorks comes out a winner hands-down. It assists brilliantly in assembling designed parts in both 2D and 3D.
Also, when talking about Simulation and Analysis, SolidWorks comes with many different workbenches such as motion analysis, stress analysis and flow analysis, giving it an edge over 2D CAD
As you can see, SolidWorks is a clear winner in the battle of application with 2D CAD . Perhaps, it is time for you look out for a SolidWorks software for sale.



April 5, 2018

WHAT’S NEW IN SOLIDWORKS SIMULATION 2018?


SOLIDWORKS Simulation offers core simulation tools that support design testing, and swift as well as quality decision making.

Interestingly, the full integration is known to create a short learning curve and further eliminate such redundant tasks as are required with traditional analysis tools.

Together, these advantages simplify the process and take you one step closer to completing your task list efficiently.

Let’s now discuss the major point about what’s new in SOLIDWORKS Simulation 2018.
Introducing a new study type called Tropology Study, SOLIDWORK Simulation 2018 enables designers as well as engineers to develop minimum mass components.

Based on linear static loads and restraints the Topology Study removes the finite element mesh to the point where the target mass or the best stiffness to weight ratio is achieved.

SolidWorks Simulation 2018 comes with improved pin connector which can connect three or more surfaces. It can be used to create and analyze multi-surface pin connections with ease and greater accuracy.  When used, it would lead to a simplified analysis of a critical assembly process.

All these modifications, additions and changes certainly highlight the necessity of appropriate training. For those seeking SolidWorks Training in Toronto, there is a major good news in the form of FEA Training Consultants. Inside their state of the art training center you can easily gain professional SolidWorks Simulation Training and SolidWorks 3D CAD training.

FEA Training Consultants is home to award-winning certified instructors who ensure every trainee receives detailed subject-specific training swiftly and smartly.

April 4, 2018

WHAT’S NEW IN SOLIDWORKS SIMULATION 2018?


A part of SOLIDWORKS Premium 3D CAD Design package, SOLIDWORKS Simulation offers core simulation tools that support design testing, and swift as well as quality decision making.

Interestingly, the full integration is known to create a short learning curve and further eliminate such redundant tasks as are required with traditional analysis tools.

Together, these advantages simplify the process and take you one step closer to completing your task list efficiently.

Let’s now discuss the major point about what it is that is new in SOLIDWORKS Simulation 2018.
Introducing a new study type, that is the Tropology Study, SOLIDWORK Simulation 2018 enables designers as well as engineers to develop minimum mass components that are innovative as well as efficient.

On top of that, the Topology Study, basis linear static loads and restraints, also removes elements from the finite element mesh to the point where the target mass or the best stiffness-to-weight ratio shape is achieved.

Also included in the SOLIDWORKS Simulation is a Load Case Manager. It is ideal for this simulation, reason being it helps you in determining the minimum mass component that could easily meet all of the loads throughout the hinge operation.

All these modifications, additions and changes certainly highlight the necessity of appropriate training. For those seeking SOLIDWORKS Training in Toronto, there is a major good news in the form of FEA Training Consultants. Inside their state of the art training center you can easily gain professional SOLIDWORKS 3D CAD training.

FEA Training Consultants is home to award-winning certified instructors who ensure every trainee receives detailed subject-specific training swiftly and smartly.

HOW TO USE INCREMENTAL BENDING WITH SOLIDWORKS SHEET METAL


Widely used across designing and engineering industries, SolidWorks 3D CAD Design is an efficient software with remarkable capabilities. People from these industries use SolidWorks 3D CAD Design for numerous operations, one of those being creating sheet metal part designs. This software is known to have helped them accelerate the design process, save time and increase productivity.

One thing that may seem complicated when creating sheet metal part designs is handling complex sheet metal bends. Contrary to the mass belief, it is rather simple. In this blog we will discuss about doing just that.

To practice this, import a part into SolidWorks. Using Convert To Sheet Metal, flatten the part. Here, you would need to tackle the two tabs first, the ones that are in the middle of the part, to break them into incremental sections.

Something that works the best in this case is the Split Face Tool. It projects a series of sketches onto those faces that you want to add more bends to. You can also use a trick wherein you add a bridge of material between two ears by flattening them together.

Then, all you would need to do is use the Convert To Sheet Metal option as well as Collect All Bends to get that part which has incremental bends. You will then be able to flatten the parts and witness all the bend lines. A quick trick: you can also suppress some of the bends and see how you can, in fact, step through the bends.

That is how you can use incremental bending with SolidWorks Sheet Metal. To learn more about SolidWorks Sheet Metal, we would suggest taking a professional SolidWorks SheetMetal Training.