3D Scan and Model InfographicRead More
All About CAD Conversion
Scan to AutoCAD – Better than Paper Archives
If you’re an AutoCAD user, and you’d like to import paper drawings or Mylar drawings into AutoCAD, the first step is scanning. You may have a large format scan and you’re prepared to do the scanning yourself, or you may decide to let a scanning service handle it for you. (An especially good idea if you have a large quantity of drawings, or if they’re old, wrinkled, stained or, in the case of mylar, stretched out of shape.
You can import the scanned raster drawings directly into AutoCAD, but beware…you’ll need to do some correction to the scan beforehand. As long as the raster file is accurate, it’s often relatively easy to convert it to dwg. But, not always…
Tags: Scan to AutoCAD
Capture Parts, Molds, Buildings and More with 3D Scanning and Modeling
Need to make manufacturing design changes? But you don’t have parts data and documentation? No problem! 3D Scanning technology coupled with 3D modeling lets you generate your parts library and documentation.Read More
Time for a Change: Convert Paper Drawings to AutoCAD
Organizations that use AutoCAD and that have legacy paper drawings often waste time when they need to convert the paper drawing to an AutoCAD drawing. Knowing exactly what to do when it comes time to handle old paper archives in an AutoCAD environment is important.
We’ve found that a two-part process works best:
Step #1 Scan the Drawing – But Make Sure It’s Accurate
Scanning engineering drawings requires an accurate large format scanner and a knowledgeable scanner operator. Your firm may choose to purchase a scanner and train someone within your company to use the scanner; or you may decide to outsource the scanning.Read More
How CAD/CAM Services Uses SolidWorks 2017
If you’re a regular reader of our blog, then you know our engineering staff here at CAD/CAM Services are big fans of SolidWorks.
Did you know that SOLIDWORKS 2017 is the 24th annual release of this great software product? It delivers CAD (MCAD, ECAD), simulation, data management and collaboration tools that we use daily to provide finished jobs to our clients and customers.
We like SolidWorks, because they are so response to user feedback. In fact, they tell us that 90 percent of their software enhancements are driven by user feedback, like ours. Thank you, SolidWorks!Read More
What’s New in Scan to CAD?
It used to be that scan to CAD meant one thing: taking a paper drawing and it scanning with a large format scanner, then converting it via a process of raster to vector conversion, in order to end up with a digital CAD drawing. And while we still get calls for that type of service the whole nature and complexity of CAD has changed.
Today’s technology is all about 3D scanning to 3D CAD models, and in 2017 all indications are that we will be providing far more 3D scan to 3D model for our clients than ever before.
In fact, FARO, a trusted source for 3D measurement technology, says that “laser scanning technology has become established in many quarters -- from recording complex components, measuring buildings, façades, interiors and technical installations, to the documentation of traffic accidents and crime scenes.”
We know all about this technology. We know that it often requires many scans to generate one model. We also know that the larger the number of scans, the more complex the process becomes when it comes time to create a CAD model from individual scans or create visualizations of scanned objects from point clouds.Read More
How to Modernize Your Engineering Archives in 2017
Do you still have paper and mylar engineering and parts drawings in your archives? For companies who maintain long-life products (airplanes; military vehicles; manufacturing machinery to name a few), it’s not unusual to have non-digital documents detailing these products and their replacement parts.
That’s because engineering drawings for these kinds of equipment were traditionally created and stored on mylar sheets and/or paper drawings. As these drawings age and deteriorate, it becomes increasingly difficult to preserve them and to use them when it becomes necessary to repair the equipment.
That’s why many companies choose to scan and convert them into 2D CAD drawings or 3D CAD models. Digital documents and digital models do not deteriorate. Additionally, converted drawings can be accessed and disseminated much more quickly than mylar or paper drawings can. Often, in today's military and business environment, success depends upon the speed with which information can be deployed.Read More
Kick Start Your SolidWorks Productivity
If you use SolidWorks, you know that it is a powerful CAD software product for professional 2-D and 3-D design and drafting. Whether you’re doing 3D CAD, Product Data Management, Simulation, Communication or Design, you know that SolidWorks CAD Solutions and rendering software help drive your product development processes. CAD Solutions and Rendering Software to Help Drive Your Product Development ProcessCAD Solutions and Rendering Software to Help Drive Your Product Development Process
The SolidWorks file extension is “.SLDPRT.” However, you may come across various file formats as you work with suppliers and customers who use alternative CAD packages. When that happens, it is best to look at the restrictions and considerations you need to understand in order to successfully manage models that have been imported in different formats. You also need to understand your options for exporting for other CAD users to accept.Read More
CAD, CAM, CNC and Robots = Manufacturing Automation
Manufacturing is an evolving industry. Automation, manufacturing, off-shoring – all contribute to changes in the way products and parts are designed, developed and manufactured. Fast, effective design strategies are essential for companies who want to keep up with the latest in manufacturing automation.
CAD refers to the design process and is described this way by AutoDesk: CAD is the use of computer technology for design and design documentation. CAD/CAM applications are used to both design a product and program manufacturing processes, specifically, CNC machining. CAM software uses the models and assemblies created in CAD software to generate tool paths that drive the machines that turn the designs into physical parts. CAD/CAM software is most often used for machining of prototypes and finished parts.
CAM refers to the use of various software packages to create toolpaths and NC code to run a CNC controlled machine, based on 3D computer model (CAD) data. When the two are used together, this is generally referred to as CAD/CAM.Read More
Evolution of Design: 2D to 3D to PLM and PDM
Design has come a long way since the days of paper and pencil drafting. Even 2D CAD, a staple of design and engineering since the 1980s has mostly been replace by 3D design, PLM and PDM. If you’re a CAD designer or engineer, the tool and processes you use are nearly as important as the design you create. As specialists in 3D design, we know that fast-paced, product-driven businesses need effective product lifecycle management (PLM) and product data management (PDM), as well as intelligent 3D models.
According to Wikipedia, product lifecycle management (PLM) is the process of managing the entire lifecycle of a product from inception, through engineering design and manufacture, to service and disposal of manufactured products, while product data management (PDM) is the business function, often within product lifecycle management (PLM), that is responsible for the management and publication of product data. In software engineering, this is known as version control.Read More