You’ve been working with SolidWorks PDM and it has worked well for the most part. Lately, you’ve noticed that occasionally the files you’re saving to the vault aren’t showing up. Especially if you’ve been working with step files (.step) or you saved files while working in offline mode. This blog will go over a quick tip that may save you hours of frustration trying to find them or worse, having to recreate them completely.
With another year coming to a close a new and improved version of SolidWorks has been released, SolidWorks 2019. This new SolidWorks version is full of powerful new modeling tools and various other updates to help bring design and manufacturing closer together. These updates and features cover all aspects of SolidWorks including, Assemblies, Routing, Drawings, PDM, Plastics, Simulation, Visualize, and much more.
SolidWorks CAM is a fully integrated, knowledge-based technology that allows you to integrate design and manufacturing processes under one system to evaluate designs earlier in the process to avoid unexpected costs and delays in finishing products on time.
Over the years at Perception Engineering, I have modeled and detailed hundreds of sheet metal parts. Often these sheet metal parts will require specific tooling to match the customer specs. Taking to the internet for help on creating tooling yielded minimal results. Having to do my own research to ensure the customers receive the quality parts they requested; I’ve decided to post my finding to help others out.
A drawing template is one of the main components to any assembly or part drawing. A drawing template allows you to convey all information about a part or assembly in a clean and organized manner. The key features of a drawing template are simplicity and clarity. This blog will demonstrate how to make a simple custom drawing template in SolidWorks!
Here at Perception Engineering, we reach out to various companies across many industries in the West Michigan area. Among these companies, many different CAD software’s are utilized. Although SolidWorks is our expertise, we have assisted some customers out using other software's such as Inventor and Fusion 360.
With virtual reality technology is growing and growing, there are a wide variety of softwares that can suit a company’s specific needs. Finding the right one for the company is all up to trying different softwares to find that exact fit! At Perception Engineering, we’ve been actively testing different softwares and this blog will cover some that we’ve been using.
Keeping track of part properties in SolidWorks can be a very tedious task. If multiple properties need to be changed from part to part on a project, it can cut into your productivity, taking time away from further refining your design. Luckily, with SolidWorks Product Data Management, we can remove much of this wasted time with the use of data cards.
In this blog, we will be discussing the SolidWorks Property Tab Builder. The property tab builder allows the user to build preset properties that can be loaded into parts and assemblies. We will also look at how to integrate these into the SolidWorks Properties Tab, and some of the convenient ways to use the SolidWorks Properties Tab.
Whether it’s modeling custom components or using already created models, there are certain things that should be looked into before setting up the files for virtual reality. There is a want for these almost photo-realistic models that can be taken apart piece by piece, but depending on the file, that may not be entirely possible.
The first step into the real world of Engineering. The day I had been waiting for since my first day of college classes. A chance to apply the hours and hours of studying I had devoted over the past few years. Time for all my hard work to pay off. My engineering co-op experience at Perception Engineering.
Do you have a random screw, washer, or nut laying around and have no idea how to identify what it is? You’re in luck with Amazon’s new Part Finder option within the Amazon app! Amazon now has the technology to scan whichever type of desired fastener, provide accurate sizing of it, and provide links on their app so you can purchase these! This blog will highlight how to locate this function within the app and how to use it.
Pattern commands are a designer’s best friend in terms of replication and improving overall efficiency. Linear, Circular, and Curve driven patterns are all common commands used by the everyday CAD user. This blog will guide you through using these three pattern features in SolidWorks and provide context as to when they can be used to simplify the modeling process
While creating parts in SolidWorks, efficiency and accuracy are essential when working on a project for a client! For projects that are repeatable, Perception Engineering saves time by applying the mirror feature command if models are symmetrical. SolidWorks is equipped with a few different types of mirroring commands: sketch mirroring, part mirroring, and feature mirroring. For this blog the focus will be on feature mirroring utilizing the given top, right, and front planes to create feature mirrors!
Exploding an assembly view in SolidWorks can make all the difference when trying to show every component involved in the making. Instead of showing multiple views and angles, one view can be used to show all components. A well done exploded view will also help in the understanding of how the entire assembly fits together. Exploded views are used in almost every industry when it comes to explaining a product and how it works. Knowing how to use the exploded view feature is a crucial key feature and will be finishing touch needed when showing an assembly.
This blog will show three basic examples of how to use the Swept Boss/Base feature in SolidWorks. There are two main requirements to create a Swept Boss or Base: A closed profile and a path. This first example will show how to create a sweep using a circular profile and an open relatively linear path. Figure 1, below, shows the profile drawn on the front plane and the sweep path drawn on the top plane. It is important to make sure that the starting point of the path lies on the same plane as the profile. Also, notice how the center of the circle profile is centered on the start of my path. This ensures that the sweep will be centered to my profile; however, any location contained inside the profile, including the boundary, can be used to generate a sweep.