engineeringtechnique

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AutoCAD and SolidWorks are the two powerful CAD software in designing and developing. These tools are used for design purposes but differ in several aspects. AutoCAD is mainly oriented towards 2D as well as 3D drawing and modeling. Contrary to this, SolidWorks is mainly utilized for 3-dimensional drawings and parametric designing. The software is mainly used in the engineering industry, architecture, mechanical, construction, automotive, and aerospace. However, it is significant to understand the differences between them and know which one is better for your professional requirements.

SolidWorks versus AutoCAD

Before we skip to the two major details, it is significant to know who owns them. Dassault Systems owns SolidWorks, whereas Autodesk owns AutoCAD. Both the tools have different functionalities and features that make their application and purposes different. Thus, the difference between SolidWorks and AutoCAD has been mentioned below.

1.    Designing Industry

AutoCAD is a CAD program mainly used for architectural and construction designs, civil and structural engineering. On the other hand, SolidWorks is mainly used for mechanical parts and assembly design, technology designing, and automotive and aerospace designing.

2.    Features and Functions

Although AutoCAD and SolidWorks are computer-aided design software, their features differ greatly. Both have tools for 3D drawing but different aims. In AutoCAD, an object's projected view can be drawn, but in SolidWorks, a sketch is created, which can be further made into a 3D model. 3D modeling features are more dominant in SolidWorks as compared to AutoCAD. In AutoCAD, the toolset is pretty much hidden.

Read article: Picking up the right 3D CAD software – An intelligent choice

3.    UI and Layout

AutoCAD and SolidWorks have some similarities regarding the user interface. However, while AutoCAD works on 2D drafting, SolidWorks works in a 3D environment, and models created in the program consist of physical properties.

In AutoCAD, there are options like Open, Save, New, Print, and other file management tools. But in SolidWorks, there are more additional options in the whole menu of commands.

4.    System Requirements

SolidWorks works efficiently on 3D graphics and operations. However, both programs can manage a lot of information at the time. Usually, a solid-state drive (SSD) is recommended to ensure the programs' smooth functioning.

Read article: SOLIDWORKS – A Perfect Suite of Integrated Tool for Product Development

5.    Operating System

AutoCAD works on 64-bit Windows and Mac. It can run in five different versions. But SolidWorks works on windows OS. It is not available on Mac and Linux.

6.    Memory

AutoCAD needs a memory of 8GB of RAM and 1GB GPU. But in SolidWorks, it doesn't benefit from a GPU because it works on mathematical processes, and the programs are run through CPU. So, SolidWorks needs a minimum of 16 GB of RAM. However, it can run well on 12 GB of RAM.

7.    Storage

AutoCAD needs at least 7GB of free space in the computer to be installed and run smoothly. But SolidWorks needs a minimum of 12 GB of free space to be installed. So, though, it might differ depending upon the additional components you will install.

8.    Use cases and Applications

AutoCAD is typically used for building a plan of an industrial plant, but SolidWorks is mainly used to plan out a detailed plan structure.

For example, AutoCAD can create a DWG file to machine the sheets. SolidWorks is used to design and plan coffee grinding using sheet metal tools. AutoCAD is a great choice for architectural development. If you need 2D models explaining how a plan works, AutoCAD is the best choice for that. But SolidWorks works better on 3D models.

Read article: SOLIDWORKS Role in Revolutionizing the Consumer Product Industry

9.    Compatibility

AutoCAD files are auto-saved as DWGs, which is an extremely common format. So, it is important to save AutoCAD files as DWG, 2010 version to ensure compatibility and smooth functioning of versions and software. But SolidWorks works with files like SolidWorks Part (.sldprt), SolidWorks Drawing File (.slddrw), and SolidWorks Assembly (.sldasm). These files are native to only SolidWorks and cannot work in other versions. But if files are saved with .stl, step, or .iges, these can be opened in other software, but it won't save the features needed to create the file in SolidWorks.

Which is better, AutoCAD or SolidWorks

AutoCAD takes a bit more time to be understood properly because it is based on some complex commands and any lines drawn in the workspace and completely defined once they are placed. For beginners, AutoCAD tools might be a little confusing.

But SolidWorks is a complex software with numerous features. An expert in SolidWorks can use weldment, injection molding, automated drawing templates, structural profiles, etc. You can use SolidWorks without any previous experience, just by instinct. It provides many written guidelines and useful features with indicative symbols, and you can use them very easily. This aspect makes it easier for beginners to learn SolidWorks.

Engineering Technique is an Authorized Reseller for SOLIDWORKS Gujarat that can support you in managing the lifecycle of your product development using 3D CAD systems.

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3D Printing has witnessed a massive boom since the pandemic. Most organizations outsource their 3D printing projects to the top 3D printing companies in the world. Incorporating this technology is an expensive affair since it is capital intensive. This approach has led to the creation of many 3D printing services providers in India and around the world that specialize in this service. These are the factors one must consider before choosing the right 3D printing company for them.

1.    Technologies they work within

Companies need first to consider the technologies connected to 3D printing. Our 3D printing services can manage most types of projects. Since there are plenty of options available in terms of technologies, one must also evaluate the experience these firms have in working with them. Their expertise will help them guide their customers accurately. The most common types of 3D printing are:

•    FDM 3D printing •    SLA & SLS 3D printing •    Polyjet 3D printing •    Digital Light Processing

Read article: Exploring New Business Opportunities from 3D Printing

2.    Materials available

Before selecting any service provider, you must evaluate the type of materials you need to create products. Technologies will come into play based on the materials in use. All materials cannot be used with all technologies. The most common technologies available for the most common materials are:

•    FDM technology: Nylon, ABS filaments •    DLP and SLA technology: Flexible resins and plastics

3.    Expertise

3D printing is an art. Consider outsourcing your project to a 3D printing company with expertise in working with complex designs. Whatever you outsource to the company to create, ensure that they follow the standard additive manufacturing principles. This approach means that even though many designs can be printed, some should not since the final product will not be efficient. Therefore, ensure that your plan is compatible with the technology before finalizing the project for 3D printing. This factor saves time and money, effort, and materials.

Read article: How to Choose Right 3D Printing Services in India?

4.    One-time or long-term projects

If your 3D printing assignment is a one-time project, you may choose just about any 3D printing agency since it will not impact your reputation and, ultimately, the product. However, if you are looking to do this in the long term, you should consider outsourcing the 3D plastic printing projects only to agencies with a good reputation in the market. Choosing the right service provider can impact:

•    The quality of the product •    The reputation of the organization

5.    Need design assistance?

A 3D printing service involves a 3D model of the right part expected to be manufactured. The three-dimensional representation of the object should be accurately made using 3D modeling software.

These programs are tough to manoeuvre for beginners, so you can depend on experts who offer 3D modelling services to avail the perfect 3D model for your project. In addition, the professionals utilize some tools to optimize the design and reduce additive manufacturing costs with inherent 3D design efficiency.

Read article: Benefits of 3D CAD Design & Modeling with SOLIDWORKS 3D CAD Software

6.    Budget and quality

Printing prices are crucial factors when choosing 3D printing service providers. Some additive manufacturing services are costly, so company’s printing prices need to match your needs and your budget!

The quality of the part balanced with budgetary constraints dictate the choice of any 3D printing service provider. The balance is crucial to ensure good quality work cost-effectively.

Conclusion

Good 3D printing service providers ensure that the product will always be top-notch, and the process is efficient with no disruptions in the supply chain. Hence, consider choosing a supplier that meets both your company's short-term and long-term goals.

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The SOLIDWORKS Cloud Offer is a comprehensive Cloud CAD solution for mechanical and industrial designers to work efficiently with high-tech, industrial equipment, life sciences, and home & lifestyle industries. The Offer includes roles without software for 3D design, automatic updates, and license management. This next generation of design and collaboration tool allows you and your stakeholders to work remotely, using a web browser. The Offer spans SOLIDWORKS 3D CAD functionality in design for various applications including freeform, structure, detailing for manufacturing, and more. The 3DEXPERIENCE Works platform that is part of the SOLIDWORKS Cloud Offer enables robust collaboration attributes for the project team including a revision management feature that facilitates synchronization of their tasks. You can access your 3D design from any kind of device including a smartphone, PC, or tablet.

Here are some SOLIDWORKS Cloud solutions:

1.    3D Creator for Ideal Parametric Design The 3D Creator spans parts and assemblies with a renewed focus on design and file organization. No more hassles in upfront design planning or optimal structuring of assemblies. The SOLIDWORKS Cloud Solution facilitates a single modeling environment for CAD on the cloud that helps designers to start their planning right away by making minimal tweaks in its settings. Every element is regarded as a “physical product” that could be a part of an integral element of the assembly. Create sketches and transform them into 3D CAD with Parametric Primitives. Introduce other physical products into the environment and blend them in the assembly environment, in a jiffy! 2.    3D Sculptor – Hassle-free Freeform Design 3D Sculptor, an integral component of the 3DEXPERIENCE Works platform presents subdivision modelling capabilities that aids professionals in developing radical models quickly and easily with minor pushes, pulls, extrusions, and creases in geometry. The surfaces enable a natural curvature in continuous form organically except in scenarios that demand flat and creasing surfaces. Trace around an assembly of diverse Cloud CAD elements in 3D parts or use a reference image in the background for the same to align the tweaks in geometry. You can also create hard edges and augment the initial shape of geometry for controlled dimensional scalability in a box as part of the SOLIDWORKS cloud solution. 3.    Collaboration in the Cloud The 3DEXPERIENCE Works platform enables easy communication and issue resolution with CAD on the cloud solutions. Presenting product ideas is simpler than ever as the platform allows team members to participate in reviews including stakeholders like managers and executives. Designers can access updates from other contributors, to promote concurrent design along, while also facilitating the early discovery of potential issues, making the process cost-effective too. The SOLIDWORKS cloud platform presents CAD on the cloud with the tech infrastructure for data management, people management, and document management, allowing collaboration among suppliers, manufacturers, stakeholders, and even customers. Sharing tasks with the team is a breeze. The shared data updates bring everyone on the same page and in sync with the latest process. One can access Cloud CAD data from anywhere in the world through the cloud with just an internet connection! 4.    Revision Control in the SOLIDWORKS on the Cloud Eliminate the constant issues posed by duplicate files with an efficient data management system in place. The platform enables the pooling of all important files for single location storage. Every change made to any file in the system reflects the same change in all locations. One can enable file accessibility, permission grants, and role-based privileges without issues. Capture data in real-time and enable automatic updates for your team aided by version-management capabilities to detect out-of-date assembly components automatically! Avail SOLIDWORKS on the Cloud Offer today at reduced pricing for a limited time only. Contact Engineering Technique, an Authorized SOLIDWORKS reseller today.

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SOLIDWORKS 3D CAD Standard or Professional? Which 3D design product is best for you? Each year, SOLIDWORKS makes changes and additions to its products. With each upgrade, SOLIDWORKS 3D design products make the lives of design engineers easier. The three SOLIDWORKS 3D CAD products – Standard, Professional, and Premium, are full with features. But which product will best suit your needs? Might you be better off sticking to the SOLIDWORKS 3D CAD Standard or upgrading to a Professional package? Here we will look at the variations between SOLIDWORKS 3D CAD Standard and Professional. But first, let’s begin on the very starting – what’s the hype around SOLIDWORKS? Why is it considered one of the best 3D design products available today?

What is SOLIDWORKS?

SOLIDWORKS is a solid modeling computer-aided design (CAD) and computer-aided engineering (CAE) computer program published by Dassault Systèmes, that runs primarily on Microsoft Windows. According to the publisher, more than two million engineers and designers at more than 165,000 companies are using SOLIDWORKS. (Source) SOLIDWORKS 3D design products include Standard, Professional, and Premium. The difference between the three products is how they can benefit your business. Here we will look at the differences between SOLIDWORKS 3D CAD Standard and Professional software.

SOLIDWORKS 3D CAD Standard

SOLIDWORKS Standard is a 3D design product that gives you superb performance and 3D design capabilities. The easy-to-use software allows the creation of detailed components and assemblies and production-level drawings. If you want to create structural welded assemblies, complex surfaces, or metal flat patterns, the software allows you to do this. Standard features include: •    SOLIDWORKS 3D CAD •    Part and Assembly Modeling •    2D Drawings •    Design Reuse and Automation •    Collaborate and Share CAD Data •    Interference Check •    First-Pass Analysis Tools •    CAM Programming (SOLIDWORKS CAM) •    Design for Manufacturing (DFM) •    Productivity Tools •    Advanced CAD File Import/Export and 3D Interconnect •    Xtended Reality (XR) Exporter

SOLIDWORKS 3D CAD Professional

SOLIDWORKS 3D CAD Professional builds on the capabilities of SOLIDWORKS Standard with ECAD/MCAD collaboration, collaboration capabilities, automated cost estimation, sophisticated components, and parts library, design and drawing checking, and advanced photorealistic rendering. As well as including all the features of SOLIDWORKS Standard, SOLIDWORKS Professional has the following features: •    CAD Libraries (SOLIDWORKS Toolbox) •    Design for Cost (SOLIDWORKS Costing) •    ECAD/MCAD Collaboration (CircuitWorks) •    CAD Standards Checking (Design Checker) •    Collaboration with eDrawings Professional •    Automated Tolerance Stack-Up Analysis (TolAnalyst) •    Advanced Photorealistic Rendering (SOLIDWORKS Visualize) •    SOLIDWORKS File Management •    Reverse Engineering (ScanTo3D) SOLIDWORKS 3D CAD Professional’s integrated suite of tools enables you to get your job done much quicker when you want to take your product development capabilities to the next level. You can: •    Save time by avoiding redesigns, fixing issues, and reducing mistakes. •    Have more control over the design process. •    Automatically estimate manufacturing costs. •    Convert imported geometry. •    Search for design errors. •    Securely store all your project information. •    Track all design changes. •    Bring your products to life with integrated visualization.

Which SOLIDWORKS 3D CAD product is best for you?

When you want to get up to speed fast, the SOLIDWORKS 3D CAD Standard product is your best bet. The SOLIDWORKS 3D CAD Standard has all the core capabilities of the SOLIDWORKS software and is designed for the designer who, at the most, needs core drawing and part assembly capabilities. SOLIDWORKS 3D CAD Professional has several upgraded features for advanced accuracy and efficiency. It’s far designed for regular users who want to increase productivity, get through their work quicker and greater efficiently at the same time as simultaneously saving time. •    For multi-employee organizations, SOLIDWORKS 3D CAD Professional’s tools can realistically meet theirs and the company’s needs. •    To fulfill challenges beyond engineering and design. For example, when you need to enhance your marketing/sales pitch, SOLIDWORKS Visualize and eDrawings Professional (included in SOLIDWORKS Professional) assist you to create simply actual and high-quality photo-renderings of your products. •    When you want to decrease time to marketplace. •    If you want a better way to manage data go with the flow. •    To better communicate your design thoughts to stakeholders. •    Show customers and stakeholders your designs on their devices – even though they don’t have SOLIDWORKS. Every organization wishes software capabilities that allow it to grow today as well as tomorrow. So, it is important to select the perfect SOLIDWORKS 3D design product that fulfills your requirements. If you are familiar with SOLIDWORKS 3D CAD software and want to increase your workflow and output, you can benefit from the SOLIDWORKS 3D CAD Professional version. However, if you are a casual user who does no longer uses SOLIDWORKS each day or is not familiar with the software, SOLIDWORKS Standard will be best for you. Engineering Technique is a SOLIDWORKS authorized reseller in Gujarat, India made up of qualified and experienced engineers who provide sophisticated 3D design software solutions for engineers.

Originally Published at Engineering Technique Blog.

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In today's environment, it is critical to effectively communicate and collaborate with your entire team and extended development ecosystem - from R&D, Marketing and Sales, to external stakeholders - to stay competitive and foster innovation. 3DEXPERIENCE Works provides the ability to connect people, applications and information to allow ANY team to become an integral part of the innovation process and contribute to the company's bottom line.

This replay of SOLIDWORKS CEO Gian Paolo Bassi's presentation at 3DEXPERIENCE World explains how you can:

•    Extend and improve what you do today with purpose-built tools •    Connect disparate applications into a continuous loop without gaps in the product development process •    Deploy task-focused applications when you need to evolve at your own pace •    Leverage automation, powered by artificial intelligence and machine learning, to free up your time to explore and innovate •    Turn your data into actionable information to make better, more informed decisions WATCH THE VIDEO to learn more about the benefits of the 3DEXPERIENCE WORKS portfolio.

About 3DEXPERIENCE Works Cloud Solutions

The 3DEXPERIENCE Works portfolio of cloud solutions bring all your key stakeholders together on a single collaborative platform, allowing you to seamlessly move from ideation through delivery for continuous development. Connecting the people, applications and real-time data from every aspect of your business helps you improve execution, increase productivity and accelerate innovation. Engineering Technique is the Largest SOLIDWORKS Authorized Reseller in Gujarat (India) providing comprehensive solutions for SOLIDWORKS Desktop & 3DEXPERIENCE Works Cloud Software products including 3D CAD, Product Data Management (PDM), Simulation, Plastics, Electrical, Visualize, eDrawings, 3D Sculptor, Collaborative Business Innovator, Social Business Analyst, Data & Product Lifecycle Management, 3DEXPERIENCE SOLIDWORKS, and DraftSight to industrial verticals including Industrial Equipment, Consumer Goods, Life Sciences, Manufacturing, Alternative Energy, Process & Plant, etc. Their clientele spans 600+ customers in design and manufacturing domains with 1850+ licenses in the state of Gujarat itself. For inquiry, please call us on +91 94276 11239 or email at marketing@enggtechnique.com

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The 3D printing industry has grown enormously over the past few years in India. Many sectors such as manufacturing, engineering, aerospace, automotive, education, jewelry, product design, healthcare, architectural, and consumer goods have adopted this technology. If you are looking for the best 3D printing service provider in India that has all the important features such as “value for money”, “quality and fast services”, “outstanding client assistance and communication” then you should look into Engineering Technique.

The 3D printing industry of India

In terms of large-scale adoption of additive manufacturing, India is one of the major and populous countries in the Asia Pacific (APAC) region. Globally established 3D printing technology players such as EnvisionTEC and Stratasys have already established their base in India, through partnerships and alliances with India-based technology firms.

Identifying possible 3D printing service providers

Nowadays, finding the best and most effective 3D printing service provider who handles your 3D printing work very smartly can be challenging. Check out the below checklist when evaluating the 3d printing service provider: •    What are the 3D printing materials available? •    Is a design assistance service available? •    Are they well-experienced providers? •    Does the provider offer various 3D printing techniques? •    Does the 3D printer produce good quality prints? •    Is there customer support available? •    What are the 3D printing technologies used? •    What is the lead time? •    How good is the price comparing with other companies? Conclusion There are many 3D printing service providers in India to connect. Factors such as service provider’s profile, suitable materials, testimonials, innovation and creativity, high quality and fast services, good client assistance and communication, reliability, value for money, and etc. should all be considered when selecting a 3d printing service supplier. Engineering Technique is one of the leading 3D printing services company offers high-quality, and cost-effective rapid prototyping services in India to mechanical, medical researchers, civil, electrical, and automotive designers, and engineers, manufacturers, educationists, and hobbyists.

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In today’s world, the success of a business depends on being innovative and creating products of top quality and at the same time remaining competitively priced. Generally, adapting to make a balance between the technical and commercial aspects, businesses are pushing themselves too hard to stay within the highly competitive environment.

Designing the right product, at the right price is the key to success for diverse industry segments. Designing an efficient product is a critical path across various industry verticals namely, consumer goods, engineering, automotive, manufacturing, aerospace & defense, architecture, construction, medical, electronics, and telecommunications, etc.

To create impacting designs, appropriate tools got to be used. Each business invests heavily in acquiring high-performance software to become competitive.  

In today’s world, technology is evolving at a quick pace and it becomes imperative for all the stakeholders to keep abreast of the relevant changes and updates affecting them. To take care of the increasing complexities in product designing and living up to the customers’ expectations, adapting to the new technologies is extremely important. In certain cases, where the existing system becomes obsolete, steps should be taken to change the system having the latest technology and easy upgrades.

Reasons to change your 2D to 3D CAD

•    Creating product designs faster •    Efficient product data management •    Effective internal design reviews •    Quick amendments within the designs •    Effective communications with stakeholders •    Implement visual approach during the design process •    Production of virtual prototypes for easy understanding •    Reduction of costs by testing and validating your designs rather than production of physical prototypes •    Enhance the speed and precision of designs and response to customers

Benefits of transitioning to 3D CAD

Upgrading to 3D CAD has proved to be highly beneficial to manufacturers. Many reputed manufacturers have attained a significant ROI throughout their product development programs. This transition from 2D to 3D CAD helps cut down on the costs and time to get the product into the market. Coping with frequent changes in design is a routine affair in business. Changing designs in 2D becomes a very strenuous and time taking process as it involves more manual updations. Product Visualization is the most special characteristics of a 3D CAD system. It makes the understanding of drawings easier and accelerates the process of feedback. 3D CAD solution with suitable incorporated tools provides the users with the ease of converting the design of the product and makes an automated update in the toolpath data.

Overcoming the challenges while migrating

Implementation of changes has always been a challenge for the industry. But efficient planning and anticipating the challenges and risks in the process of change, can diminish the obstacles easily. While planning for effective migration, special emphasis should be made on training and learning resources for the new features of the changed system. Another important aspect that needs to be taken care of is the management of the legacy 2D Data. Having 2D tools embedded into the new 3D system can facilitate a faster learning process and helps in determining the format that will be appropriate for the product.

Several studies conducted to take a look at the impact of the transition from a 2D CAD system to a newer 3D CAD system reveal a big number of manufacturing companies have followed the modern 3D CAD systems as compared to the old versions. They are reaping benefits from this transition in a several ways. Apart from the use of CAD systems for designing, many manufacturers use it strategically to interact with their internal and external stakeholders. Since the tool is made available to a large group, there is access to varied ideas for enhancing the quality and performance and also helps in the identification of errors at various stages.

With easy-to-use and effective 3D CAD capabilities, SOLIDWORKS comes in an integrated package for innovative product development solutions. SOLIDWORKS 3D CAD Software can enhance your product designing by creating designs faster, validating, communicating, and managing the product development process in simple steps. SOLIDWORKS 3D CAD solutions help to launch your products into the market faster while reducing manufacturing costs and improving product quality and reliability for product applications across diverse industries.

Engineering Technique has extensive experience in 3D CAD software and its services. Having partnered with Dassault Systemes, Engineering Technique has become an authorized reseller of SOLIDWORKS 3D CAD design and modeling software in the Gujarat region of India.

“Engineering Technique can support you in managing the lifecycle of your product development through the use of SOLIDWORKS 3D CAD software.”

Get in touch with Engineering Technique for any 3D CAD SOLIDWORKS software solutions & Designing services.  

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DAMBoy is a single extruding FDM 3D Printer that is ideal for Manufacturing companies, Educational Institutes, and Start-Ups who need to create handy prototypes before production. The 3D printer is known to fit in with the requirements of High school and Engineering students for understanding complex engineering concepts, especially mechanical structures, formations, and products. With this 3D printer, students and entrepreneurs can build real Printed models covered in three dimensions.

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SOLIDWORKS Simulation for Medical Device Industry

Medical Device Industry has been in news from the last 5 months due to obvious reasons and its due to COVID-19. But the Medical device industry is here to stay, Market drivers for medical device growth include a greying population, steady economic growth in emerging markets, and innovative approaches to diagnostics and latest medical innovations, due to this the use of various medical devices has witnessed a drastic increase in their sales.

What is SOLIDWORKS Simulation? 

For the Product engineers who use SOLIDWORKS software to design Medical Device, the testing during each stage of product development is crucial to understanding how products will work and whether they will behave as desired. SOLIDWORKS Simulation design validation solutions enable SOLIDWORKS Product Engineers and users to perform a variety of simulations and leverage CAD data for different engineering purposes during all phases of the design process.

PROVEN SIMULATION SOLUTION

SOLIDWORKS Simulation has virtual testing capabilities which are built on a strong finite element analysis (FEA) foundation.

The complete integration between SOLIDWORKS Simulation and SOLIDWORKS 3D CAD offers multiple benefits for the medical engineer:

100 per cent collaboration between the design     model and simulation model so any design changes and variations are     automatically updated on the simulation model for “what if” scenarios.

Excellent data (3D CAD) support: The design     properties become engineering properties for a productive and trouble-free     workflow such as fasteners, automatic recognition of fluid domain in CFD     materials properties, and recognition of the geometry topology for mesh     definition.

Shared communication tool with eDrawings     allows simulation results to be easily communicated downstream with all     stakeholders of the project.

SOLIDWORKS Simulation, together with the CFD capabilities in SOLIDWORKS Flow Simulation, the plastic injection moulding tools with SOLIDWORKS Plastics, the sustainability features in SOLIDWORKS Sustainability, and the rigid body motion simulation of SOLIDWORKS Motion have helped users test such medical products as cardiovascular stents, heart valve replacements, orthopaedic implants, blood pressure monitors, anaesthetic units, cancer treatment delivery systems, solution pumps, open oxygen delivery systems, centrifugal blood separators, needle-free drug delivery systems, and many more. 

For any Commercial Inquiries or a Free Demo of SOLIDWORKS please call on 09427611239 or mail to marketing@enggtechnique.com. Engineering Technique is an Value Added Reseller of SOLIDWORKS.