Using CATIA Comprehensive 3D Modeling Solution?


Although there are no shortcuts in life if one wants to pave the product design and structure right at the front, CATIA (Computer-Aided Three-Dimensional Interactive Approach) is the best solution available in the market. This dynamic 3D CAD application is tantalizing for engineers. It does not only provide quick-to-make functionality to the users but also lends a helping hand should one encounter any flaws in structural design. In addition, CATIA is able to detect any possible miscalculations thus making it a financially-viable and cost beneficial solution.

The platform of CATIA is widely used by design engineers across the globe. It has not only proven to be user-friendly but has allowed convenient interfacing during model conversion. The application gives leverage to the developer in modeling 3D structural mechanical design. In addition, 2D blueprints, materials, and components that help in laying out the mechanical assembly line. The power-packed application brings itself with robust product definitions and bearable functions and kinematics. CATIA comes with a wide array of design modeling packages that entails basic mechanical procedures. This is widely used when we speak of designing structures related to aerospace as the design engineer needs to take into account the surface material and sheet-metal.

The forte of the CATIA is “Designing” whether it pertains to the structure’s shape, style or the exterior. The intrinsic beauty is that one can actually sense the premonition of not only creating, modifying and designing the structural model of the product but also going one step ahead in validating sophisticated novel contour as it is supports compounded product-life cycle designs; right from the beginning to the end.

When deliberating on systems engineering, CATIA provides the irreplaceable open-ended framework for developing a much more enhance system engineering module that can be migrated and interfaced on any type of CAD modeling platforms. If the level of complexity increases, the application can also simulate, verify and self-re-engineer the business process. CATIA equips the corporations to assess change requirements in developing nascent product requirements or system parameterization. CATIA has already rooted its foundation in the domain of automotive sector, system, and industrial automation. This also opens inroads to electrical business systems engineering in addition to mechanical business systems.

CATIA also plays a pivotal role in the sketching out the structural designing of fluid systems and equipment related to HVAC (heat, ventilation and air-condition), such as laying down the pipeline, shafts, and tubes. The scope of this design application can cater residential, commercial, large corporations, and mega-industries.

To encapsulate it, the magnitude of CATIA ranges from aviation, aerodynamics, military, automobile sector, large-size industries, technologically advanced offices, seaports, retail items, cosmetics, civil engineering, power plants, oil, gas and other services.


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Working with Unigraphics (UG NX) Made Easy


Unigraphics or NX is one of the world’s most advanced and integrated CAD products developing program. NX offers a huge value for engineering companies of all sizes. It simplifies the design of complex products and speeds up their product launch.

NX software integrates principles based on knowledge, industrial design, geometry, modeling, advanced analysis, graphical simulation, and simultaneous design capabilities. The software has effective hybrid modeling capabilities by integrating feature models based on constraints and clear geometric modeling. In addition to modeling and standard geometry components, it allows the user to design complex free-form shapes, such as aerodynamic surface and variations. It also combines solid and surface-building techniques into a single powerful tool.

Unigraphics is easy to use compared to other software only after you know the basic software operation.

It reduces NC programming and machining time.
Improves finishing, accuracy and quality of the surface.
It reduces production time and errors.
It increases the success rate of a new machine implementation.
It maximizes the use of manufacturing resources.
This software saves time and gives you the right dimension to analyze and simulate the problems. A complex structure can be easily evaluated using this software. That’s why it gives a true picture of all the products that are designed before it’s actually done.

  1. Laws and Law Curve are two ways you can control model parameters in NX CAD. Learn how to use the Law Curve function, and you can control the area of a swept surface using these various methods.
  2.  We all know how to zoom, pan and rotate around models. But what if you want to view a model from inside the model? You can use this method to show a correct perspective view from inside a vehicle, a building, or a ship.
    This technique uses two NX functions – creating a camera and setting the center of rotation. Remember that the camera location and perspective are stored with the camera definition, but not the Rotate Point.
  3. Journal files are important; learn how to get started with Journal files, by taking small steps:
    Record a simple journal
    Edit that journal to increase its capability
    Use provided example journals to cut and paste even more capabilities
    Journals have been around for a long while.
  4. Create a high quality single surface from a boundary of curves or edges with the new Fill Surface command in NX. This command can be extremely helpful when importing data from STEP or IGES and the boundaries are not completely closed.
  5. You can use Rib Command in NX to add a thin-wall rib or rib network to a solid body by extruding an intersecting planar section. Ribs are created based on a planar section of curves. The section can be any combination of curves.

  • A single open curve with no other curves’ endpoint connected
  • A single closed curve or spline
  • Connected curves may be open or closed
  • Y-junctions


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Simulate Complex Products with CATIA Product Animation?


When speaking of animated graphics, movies and film clips, it would be futile without mentioning the animation feature of CATIA (Computer-Aided Three-Dimensional Interactive Approach). However, before that, it is imperative that we skim through CATIA and its distinguishable features.

CATIA is a multitude application, which stretches over system engineering, electrical engineering, and product animation. CATIA is one of the global leaders for providing solutions that cater to product specification and end-consumer experience. The application is employed by various corporations in leading countries to come up with solutions and products for consumer benefits. CATIA has the innate ability to customize product and solutions that match the happenings in our daily routine. Their ways are innovative, orthodox but relevant to the contemporary scenario. During the development of the model, the application takes into account the aging experience, architects behind the systems, design engineers and all the stakeholders that help in construing the formation of the digital world.

CATIA delivers the unique ability not only to model any product but to do so in the context of its real-life behavior: design in the age of experience. Systems architects, engineers, designers and all contributors can define, imagine and shape the connected world.

One of the foremost thing that this application entails is that its socio-environmental contribution while developing a structural design. With the help of product animation, one can easily develop a robust 3D reporting dashboard for business analytics, on-time coexisting schema, an alliance with everyone, even remote employees. The product animation experience of CATIA provides an unforgettable experience for both existing and seldom users. CATIA ensures that the design specification, modeling and imitation trait also utilizes the maximum potency of everybody. The application not only ensures that the development of the structural design is well engineered but also visually impactful for those designers, associated with the systems and electrical engineering background.

The end-objective of CATIA is creating an evolutionary process that moves in line with the  organiz

ation’s mission statement, objective and target market. By keeping in mind the consumer behavior, the structural designs are modified accordingly, devoid of the fact how complex and sophisticated is the modification. It is another challenge how CATIA simulates the complexity of the product through graphical animation. The application is on a constant paradigm shift that lays great emphasis on how the firms conceptualize a change, design and execute new products and solutions by constantly imparting acceptable deliverance and incorporating the valuable feedback of end users.

6 Easy Steps to Convert a 2D to 3D Model Using SolidWorks


With the evolution in CAD tools, software and technology, we believe it was important for our audience to get insights in to the process of converting 2D CAD to a 3D Model on SOLIDWORKS.

Here’s a quick a run in 6 steps to assist you in better understanding the 2D to 3D Conversion:

Step # 1: Open the DXF/DWG File

Once we OPEN the file, the Import tool pops up. This tool gives us a few import options. Following is the image that you will see:

For the conversion from 2D to 3D, we want to choose the option “Import to a new part as: 2D sketch” and hit NEXT button.

Step # 2: Document Setting

The following screen will show you Document Settings. On this page we can choose all layers or just a few. Usually, we want to include all the layers so we can eliminate the extra ones. Otherwise, when we do not include a layer, we may accidentally leave a small line needed for the outline of our sketch.

This page also gives us the opportunity to add limitations and import dimensions if we want. Setting up dimensions is useful when determining how it was created, but it’s good to remember that the dimensions and constraints do not fully define the imported 2D draft.

Step # 3: Drawing Layer Mapping

Next is when you get the Drawing Layer Mapping options. On this page, we can choose other import options, such as; combine points closer to value, combine overlapping features, perform a correction plan, and/or set origin of drafts.

We personally recommend you to use the Merge points closer than .001 option, and the merge overlapping entities.  This will help eliminate a few potential contours that would otherwise need to be fixed.

Step # 4: Remove Entities

Then, on the same page, you can also remove entities by selecting entities in the preview area and clicking the Remove Entities button. This feature, though convenient, makes it difficult to see what you choose in a small preview window. In general, it is good to leave all the entities to the sketch and remove what you do not want once the sketch is created in the part-document. Once done, hit the finish button.

Step # 5: Front Sketch

The next step is to start defining our sketches, starting with what entities will be our Front Sketch. We shall define our Front Sketch by box selecting all the Front View Entities and clicking the Front Sketch button on the top of the 2D to 3D Toolbar.


Step # 6: Using 2D to 3D toolbar

Using the 2D to 3D tool bar, the sketch entities are now moved onto the Front Sketch Plane. Next is we align the Front Sketch to the Origin by selecting the point we want from the Front Sketch, then selecting the origin. Following that, align the Top Sketch to the Front sketch. Using the 2D to 3D toolbar to convert a sketch into an extrusion, the most important thing to remember is that you must select the sketch you want to convert to an extrusion FIRST.

When you click the Convert to Extrude button, Boss-Extrude Property Manager appears. No real dimensions can be launched other than the SOLIDWORKS user, but we have a practical reversal from “top”. In this way, we can select the upper sketch from the top as this sketch determines the thickness of the part.

The last thing to do before we process this command, is to make sure we have selected all the contours we want to extrude. Activate your “Contour Selection” dialog box and grab your necessary contours. Now that we have our thickness set using our up to vertex direction and we have selected all our contours, we can accept this command.

Next is that we convert the sketch to cut-out. Remember, we need to select the sketch we want to convert first, then hit the convert button.

Voila your part is officially converted from 2D to 3D!


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Using CAD Model: Convert Points Cloud From 3D Scanner


Point cloud modeling and conversion services are in vogue these days. People prefer outsourcing the services to reliable engineering and designing companies like us to save extensive man-hours. The process includes taking an actual measurement on site, while Laser scanners are generally used to capture the real data on site. The man-hours compared to the conversional method include true views for realistic views.

Using CAD model to convert points cloud from a 3D scanning (LIDAR) does not come in as an easy game. However, there are a few current versions of Autodesk CAD software that can help you directly work with the indexed point cloud files. The software does allow users to work with ease, but, reportedly, in some situations you really need to have a real 3D model.

This is where our experts’ services come in handy with their extensive years of experience in converting points cloud from 3D scanner/scanning. Our certified digital designers professionally convert the points cloud into CAD virtual models for various purposes like manufacturing, reverse engineering, and design.

Our team can turn information into captured millimeters of precision 3D CAD models using software such as AutoCAD, Revit, MicroStation, and CloudWorx. Cloud scatter data collected from laser scanners can be converted to produce an accurate, constructed, intelligent or non-intelligent 3D CAD model for individual projects.

We use software solutions that create an intelligent 3D model with distinct objects that categorize point data as an integral part of a project workflow.

Levels Available for Point Cloud Processing

  • Conversion to a 3D model for visualization marketing, documentation, and training material.
  • Switch to 3D model with design level (reverse engineering). At this level, specific technical studies are carried out with licensed industrial engineers. With CAD software (e.g: AutoCAD and Revit) it is possible to turn points cloud data specifically and master critical design tasks in record time.

We claim to be the best at CAD Modelling; Why? Because…

  • engineers spend significant time and effort converting the point cloud data to a 2D mechanical drawing or 3D mechanical model; we help them get tasks done in the easiest way possible.
  • our experts use latest methodology and software to speed up and simplify this conversion process, improving efficiency and reducing effort.
  • we deliver efficiencies in BIM workflow processes, compatible with most popular options in 3D modeling and BIM software solutions.

Our experts make sure all your project needs are delivered using the best AutoCAD technologies that will save you time and investments. In case you need assistance, we suggest you get in touch with us right away on our direct line 1-800-938-7226


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