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How To Choose Between SolidWorks, CATIA, and Inventor

Presently, 2D and 3D design software often have grand names like 3D Product Lifecycle Management Suite. The software packages fill some or all of the needs in a product “lifecycle”: conceptualization, designing, manufacturing, engineering, testing, deployment, etc. For instance, AutoCAD is mainly a design tool, and basically not used for manufacturing or product lifecycle. CATIA is great for conceptualization and designing.

CATIA

CATIA is an acronym for Computer Aided Three-Dimensional Interactive Application

This software is used by the massive automotive and aeronautical companies. Boeing, Airbus, and Bombardier use CATIA for their planes. Both 777 and 787 were designed in CATIA.

Mainly CATIA isn’t taught at college level and not used by small businesses because the licensing is quite expensive. You can learn it in-house by private trainers.

CATIA version 4 is based on Unix, and some companies are yet using V4, but in the last few years, the big names switched to V5, the Windows-based version of the software.

CATIA already has a Version 6, yet Windows-based, but basically, CATIA is quite expensive that not many of the big companies have migrated to it.

CATIA is customisable too. V4 can be tailored with the help of FORTRAN and C. CATIA V5 can be tailored using VB in the Visual Studio environment, or C++.

SolidWorks

SolidWorks is a 3D CAD program which runs on Windows. Being most widely used 3D CAD program on the planet, it’s less expensive than CATIA. AutoDesk’s Inventor is a competitor for SolidWorks, but it’s newer and couldn’t tackle SolidWorks’ market share, till date.

SolidWorks is used by more number of industries in the product designing and manufacturing sector mainly because it is more affordable. SolidWorks has a student version as well, so with required credentials you can get a working version of the software for some lesser dollars, and you can study the classes at your local college or university and get a certification which can increase your marketability.

SolidWorks was the first to use the “End of Part Marker”. Inventor and CATIA use this now, as well. SolidWorks introduced advanced and cool mates like gear, followers & cams, which allow you model the movement of gear assemblies. Inventor incorporates this now, as well.

SolidWorks has several add-on utilities which can be separately purchased from the main license.

The Design Validation products include:

  • Simulation, which allows you test how your models can behave as physical objects, and Simulation Premium, allows you do the same thing even if you are without a background in chemical or mechanical engineering.

  • Motion is a virtual prototyping tool which allows you to see your model in action, to make sure that it works properly.

  • Flow Simulation tests fluid-flow and thermal analysis on your virtual prototypes.

  • Sustainability calculates the environmental impact of your models.

  • Then there are the PDM, collaboration & communication tools. 

  • eDrawings and SolidWorks Viewer allow you to share your designs with the client even if they don’t have SolidWorks

Here we brief the SolidWorks utilities:

  • A toolbox is a part library with great ways of placing and sizing the parts.

  • Utilities are used to identify differences between two versions of the same part, and to make edits.

  • FeatureWorks is a utility to recognize features that allow you import and improve 3D models.

  • Routing is done for electrical mapping.

  • Moldflow Xpress is a mold design validation tool

  • MoldBase is a catalog of standard mold base assemblies and components

You can customize your SolidWorks tools using Visual Studio, too.

Inventor

This was created by AutoDesk.

The coolest thing about AutoDesk is the AutoDesk Developer Network. Publishers and developers can reach out to beta versions of products and current releases so that they can develop third-party tools and publications about AutoDesk products.

The inventor is customisable as well, using Visual Studio.

Which one suits you?

Similar to CATIA, SolidWorks and Inventor are parametric modelers. Parameters could be measurements, or to the relationships between geometric entities. The parametric design allows you to make later changes to a part and have other parts updated automatically based on the relationships they share.

All the 3D modelers build parts likewise. It’s starts with a sketch. If you’re wondering which product would help you, remember that CATIA and its sister products were developed as tools for huge aerospace or automotive companies, focusing mainly on 3D modeling & prototyping as replacements for engineering drawings, whereas SolidWorks and Inventor offers a broad variety of 2D and 3D tools for mechanical engineering.

AutoDesk and Dassault work hard to prove that they are the top sellers in 3D parametric modelled. Usually, colleges and universities are teaching SolidWorks, but Inventor is gaining a faster ground, because AutoDesk can slip Inventor where AutoCAD is currently being taught.

What about of stability? In the past, many SolidWorks users did complain about unworkable instability. SolidWorks reduces the load on your CPU so that your computer would crash less often.

Many Unigraphics users think that even CATIA v5 is barely a production-ready and that Unigraphics is more stable than CATIA v5. Unigraphics has a little, affordable sister, SolidEdge, and many users prefer to SolidWorks, and this is fully compatible with Unigraphics, whereas Dassault has gone out of its way to keep SolidWorks from opening CATIA files, to drive business to CATIA.

Which one is easier to learn? SolidWorks with several and more learning resources is better. There are tons of books and self-study materials and tutorials, besides in the English language for SolidWorks.

Which is easy to use? You don’t need any expertise in AutoCAD, but some basic understanding is a must. The SolidWorks and Inventor have much internal learning support, and all the three products have amazing online communities and forums where you can find more ideas.

To mention, SolidWorks and Inventor are identical programs. There are also some small hardware differences as well. The inventor can work on most consumer systems as-is, but SolidWorks often needs an AMD or NVidia video card.

The thought, which one is easier to use mustn’t come into your decision-making process. Instead, you have to base your decision on what you need your results for, your expenditure, your client base, etc. If you are a small company which provides design services to the aeronautic and automotive industries, you will need CATIA. An inventor is much in common with AutoCAD, so if you’re habituated to AutoCAD and require more 3D modeling capabilities than AutoCAD presently offers, Inventor will be a good fit.

An expert note says that most of the engineers who are trying to remain competitive are learning SolidWorks. Most of the CATIA customers are experienced V4 engineers going into V5. Hope you find this blog helpful.

If you are seeking for cad cam course in Pune, then one of the tops recommended institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.

If you are looking for industry oriented opportunities in mechanical jobs in Pune, then join our institute which offers the best CAD CAM training.

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There Is A Reason Why AutoCAD Will Never Lose Significance

In this field, you must know that CAD Drafting is a drafting solution which is used both in Architecture but in Mechanical services too. Basically, CAD Drafting is associated with Architectural 2D or 3D only. But, this term is often used in other domains like MEP, Structural and Mechanical Domain as well. In this blog, we shall discuss how Auto CAD and CAD Services could be used in various domains. Earlier only Auto CAD drawings services were used in a Mechanical domain. But today besides 2D Drafting, 3D modeling, machine parts, etc. are also created.

Apart from Designing and Drafting Services, several other services can be offered under the branch of CAD Services. You can carry out several projects with the aid of drafting software. They could be 2D, 3D and even simulations. As ac software, it is totally user-friendly and helps in executing various projects. One can draft a drawing, create sections and elevation, converts into 3D and next rotate it to view all the sides and obtain views.

It helps CAD Drafting services to digitalize the drawings. These drawings can be used as a base to create 3D models or renders. They can be used for Building Information Modeling. These Drawings can be for residential buildings, commercial offices, Hospital or Healthcare. We can create floor plans, exterior or interior drawings too.

Several software is available which are to assist an Engineer or Drafter in digitizing sketches. However, no software yet gained prominence in the Engineering Industry like the AutoCAD.

Apart from 2D Drafting, exporting CAD Drawings to software is easier. Auto CAD is compatible with various of various the domains. One can export Mechanical drawings to Solid Works or Inventor; Electrical Drawings can be exported to electoral and Architectural drawings to Revit, 3D Studio Max, etc.

CAD drafting Professionals can carry out projects with the help of software like Micro station, ANSI, Pro-E, Inventor etc. You can convert drawings created in CAD software into various formats. Drafters can create proper drawings with details which can be used for construction purposes over all domains. Drawings contain every detail which is quite critical during construction of any project.

With this, we conclude. To know more, keep visiting our space.

If you are seeking for CAD CAM certification in Pune, then one of the tops recommended institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.

If you are looking for industry oriented opportunities in mechanical jobs in Pune, then join our institute which offers the best CAD training courses.

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CAD Vs CAE: What Are The Differences

Before CAD was introduced, engineers had to make their drawings and calculations by hand. Engineers drew three different views on a piece of paper, and they had to simplify their product to make calculations on the product behaviour in presence of external forces. With the arrival of CAD software, now engineers can create accurate 3D models.

On a way to become a qualified mechanical engineer, the first thing students learn is how to solve mechanical problems. In this example, the mechanical problem is the need to find out how wind affects the Olympic Tower in Munich.

  • The Olympic Tower is not a 2D line drawn on a paper, but a complex 3D geometry

  • The wind is not a single and constant force, but a dynamic force which causes turbulence and other effects

To calculate this, you need the power of CAE.

Difference between CAD and CAE

CAD is an abbreviation for computer-aided design and refers to using a computer to see a product idea. CAE is an abbreviation for computer-aided engineering, which is an analysis of the designed visualization. The gist is that CAD designs a product and CAE simulates it.

The benefits of using computers and design in comparison to old-school methods are quite clear. The main advantages of 3D CAD software over 2D drawing include the following and much more:

  • 3D version of the object is created. One can more easily understand the shape and the properties of the designed geometry. Moreover, some geometry could be extremely complicated and difficult, if not impossible to well understand without seeing them in 3D.

  • Changes to the geometry are easy because the software recalculates the product after every change. The CAD program also identifies and alerts about any errors.

  • The most important benefit is that a CAD model can be transformed into a mesh and next simulated for analyzing and testing purposes.

CAE tools have several advantages, like:

  • Not requiring as many prototypes and driving down the overall development costs of the project.

  • CAE lowers the potential for errors in design.

  • The effect of altering a few parameters on the product can be studied.

All of this in CAE helping to lower the costs and time to market a product.

Difference between CAD and CAE: The Meshing Process

So we need to take a look at the difference between CAD and CAE. At first glance, the models used by CAD and CAE software look almost the same. However, a closer look reveals that they are basically different. From a mathematical standpoint, they do not have a lot in common.

There are various ways to combine geometrical elements to form a 3D geometry. The CAD models are designed as an assembly of volumes with parameters as the density of the actual material. The model used for CAD modeling is a parametric model with a construction history. This offers an advantage of being able to change features.

In a CAE atmosphere, the CAD model is transformed into a mesh while pre-processing. The mesh consists of either cubes, cuboids or tetrahedrons, so basically polygon meshes.

Calculation and Post-Processing

This shows why you cannot transform a CAD model into a CAE model. The modeling of spheres, for instance, could be a problem.

After the pre-processing is over, the calculation begins. This differs according to the problem you are to solve and the type of simulation needed.

After this step, post-processing is carried out to visualize the solution of an analysis.

How to Use Simulation Software

After discussing the advantages and the difference between CAD and CAE, the next question is: how cans a CAD user start using simulation?

There are various possibilities, which include step-by-step tutorials, webinars, video tutorials, and workshops. Moreover, professional training, documentation, blogs, articles and help forums could help you.

With this, we conclude. To know more, keep visiting our space.

If you are seeking for CAD CAM certification in Pune, then one of the tops recommended institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.

If you are looking for industry oriented opportunities in mechanical jobs in Pune, then join our institute which offers the best CAD CAM courses.

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Best CAD For Mac Software Of 2018

In case of buildings, be it a house or a hospital, the work is rarely ever completed after some years, the owners might decide to remodel, bring some additions, or bring down the complete idea and start anew. To coordinate between an architect and a construction firm is a difficult task.

Best CAD for Mac Software

CAD software has been long used to aid the construction industry. Plenty of CAD software has been made for Windows though, only a few for Mac.

But nothing to worry, options are out there. Here we list the best Apple options based on their popularity in the industry with best features they provide, the pros, cons, and pricing.

1. ARCHICAD 21

This cool software runs on both Windows and Mac. It is a real pain designing stairs, and one of the big attributes offered by ARCHICAD 21 is “Stair Tool,” which assess thousands of design options, then allow you choose that suits you best.

ARCHICAD 21 also has a “Railing Tool,” that allows you to do the same thing for railings. After finishing your design, ARCHICAD 21 can create a high-quality 3D rendering of your creation with CineRender, which is integrated into the software. This aids you to bring CAD designs into the BIM, building information modeling, and the world.

Price: Graphisoft does not list sale price for ARCHICAD 21. You can enter your zip code to find a sales agent near your locality to discuss a potential purchase. You can also download a 30-day trial version which is fully functional and includes the BIM Learning Studio.

2. AutoCAD for Mac

Most desirable option in the CAD software industry. AutoCAD for Mac is an industry giant for several reasons. The software makes object and layout design simple, with a Photoshop-like interface. Its smart dimensioning tool helps give all measurements accurately, share revise history, and even use it for 3D printing.

But AutoCAD for Mac is missing some features that are found in the Windows version, which includes advanced rendering settings, a feature finder, and DWF/DGN underlay.

Price: AutoCAD for Mac begins at $185 monthly.

3. ARES Commander

One license can be activated on several devices which include Android, Linux, and Windows. As it is portable, it is amazing for designers who keep travelling to and from client meetings and the worksite.

One unique feature is “Quick Input,” and the guide gives the user instant information about angles, options, prompts and dimensions.

The only drawback is that ARES Commander is not an intuitive program. Users need to use video tutorials and a manual to learn how to use the software.

Price: ARES commander has reasonable pricing.

4. FreeCAD

FreeCAD is a free and open source option. It reads many common file formats such as STEP, IGES, STL, SVG, DXF, OBJ, IFC, and DAE and works with Mac, Windows and Linux as well.

FreeCAD claims to help you design real-life objects of every size and with parametric modeling; you can modify the design and change parameters throughout the design process.

FreeCAD is best for hobbyists and home users, though it can be useful for experienced CAD users as well.

The software has several modules, like drawing sheets module which converts 3D models into 2D views, a rendering module which can export 3D objects, and an architecture module for a BIM-like workflow.

Price: Free

5. SketchUp Pro 8

This is a great option for CAD software for Mac. SketchUp summarizes the following benefits:

  • Easy and usable CAD software

  • 3D modelling of common projects, like landscaping and buildings

  • Interface can be customised

  • Multiple file-import options

What makes it gorgeous is the 3D display of drawings

6. TurboCAD Pro Platinum

This is an excellent choice for advanced drafters searching for Apple-compatible CAD software. It’s mainly good for those in the construction business.

If you know how to use other CAD software, TurboCAD Pro Platinum is quite easy to pick up. This program supports a number of save files, which includes DWG, DXF, SKP, IFC for BIM, #D, PDF, and STYLE for 3D printing.

Price: $1,499.99

7. TurboFloorPlan 3D Home & Landscape Pro Mac

This is a sold as a solution for someone with no previous knowledge of CAD. Most people who use this software starts with a home template and then retool it to their liking. Most features are drag-and-drop, with WYSIWYG for a majority of the interface.

The program is mainly good for interior designers and landscapers who offer advice for a home remodel.

Price: $149.99

8. Vectorworks Architect

This has been specifically designed for construction engineers. It provides BIM functionality, tools for graphical scripting, surface modeling, cloud-based storage, and intelligent objects.

This software is visually stunning. It renders imagery reflected on a glass and the design process is beautiful.

The only problem is that it needs a heavy computer to work, so never try using it on your MacBook Air!

Price: New licenses are $2,945, and upgrades from 2016 are $1,031.

Hope this piece of information is helpful for you. What do CAD software for Mac you like to use?

With this, we conclude. To know more, keep visiting our space.

If you are seeking for CAD CAM courses in Pune, then one of the tops recommended institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.

If you are looking for industry oriented opportunities in mechanical jobs in Pune, then join our institute which offers the best CAD CAM training courses.

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Career Guidance For Industrial And Production Engineers

Production Engineering is an area of specialization in Mechanical Engineering. The purpose of the discipline is to allow engineers to enhance efficiency and effectiveness of yield and service sector Industries.

The curriculum of this field includes basic mechanical engineering subjects. The syllabus includes engineering mechanics, strength of materials, machine design, thermodynamics, heat transfer etc. The course makes graduates equipped with both existing and emerging needs of the sector. Engineering is a four-year programme. Those who completed B.E or B.Tech in Industrial and Production Engineering would understand the existing technological trends and help to make an addition of new technology to the existing system. Most leading manufacturing units look out for engineers who specialization in Industrial Production to lower cost, enhance efficiency and make their products marketable in a competitive era. One can also do M.Tech in Industrial and Production Engineering after completion of the BE/B.Tech.

Eligibility Criteria

For UG: Candidates must have completed 10+2 with minimum qualifying marks as an aggregate in Physics, Maths, Chemistry as core subjects. Next is an entrance test for this programme which is held by various states, central, and private universities and most of them need 50% as the prerequisite to appear for the test.

For PG: Candidates must have a degree in Bachelor of Engineering/B.Tech in Mechanical Engineering with a good score in entrance tests held for PG programme held by several states, central, and private universities.

Scope of Industrial And Production Engineering

  • Industrial and production engineers make use of principles of engineering, mass production, and technologies to help companies figure out ways to provide services or develop a product efficiently.

  • Industrial engineers work to improve product via better management and quality control.

Job Profiles For Industrial And Production Engineers:

  • Plant Engineers

  • Manufacturing Engineers

  • Quality Engineers

  • Process Engineers and Industrial Managers

  • Project Management

  • Manufacturing, Production and Distribution Ergonomics and Human Factors

  • Root cause analysis and process improvement

  • Make/Buy Analysis and Cost Estimation

What Does A Manufacturing / Production Engineer do?

Production Engineers works to choosing machinery and equipment for a particular manufacturing process

Production Engineers need to plan and schedule the time of production in any manufacturing industry.

Production Engineers programs CNC machines to produce engineering components like gears, screws, bolts, etc

They also need to do quality control, distribution and inventory control.

Top Sectors for Production Engineers to work

1. Research Labs

2. Manufacturing sector

3. Transportation

4. Pharmaceuticals

5. Travel

6. Semiconductor

7. e-business

8. Health

9. Information Technology

So if you are interested in this field and wants to pursue a career in this engineering sector, hope this piece of information is helpful for you.

With this, we conclude. To know more, keep visiting our space.

If you are seeking for CAD CAM certification course in Pune, then one of the top recommended institutes is CRB Tech Solutions, being one of the best in training mechanical engineering students. Our CAD CAM institute has created a place for itself among several good training institutes.

If you are trying to find industry opportunities in mechanical engineering jobs in Pune, then join their institute which offers the best CAD training in Pune.

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Skills And Qualities CAD Professionals Need To Be Successful In 2018

Every day new CAD technologies are introduced to the fields of engineering. And hence engineers must keep themselves updated. So the CAD professionals must be eager to get upgraded and sharpen their skills to stay on pace with the field.

CAD professionals who remain updated and develop strong technical and soft skills always gain a competitive edge over others. Below, we list four qualities and skills with which CAD professionals can be most successful in 2018.

1. Be technologically proficient

Enthusiast engineers must be aware of technological trends which impact the industries. For instance, the rise of artificial intelligence has a significant impact on CAD. Engineers can use AI to identify design problems within CAD software and execute programs to correct is there are any issues with lower human error.

New technologies like AI, 3D design applications and virtual reality yet needs human supervision and hence engineers must be technologically well versed to keep pace with the changes.

2. Be more flexible and adaptable

With the rise of flexible schedules, many engineers do not need to work in the same location, be alone in the office from 9 to 5 daily. Cloud-based CAD made it possible for engineers to work with other. This led to several engineers taking advantage of options for remote work and flexible schedules, which are often great nowadays.

CAD professionals who can take to this new trend can design and share drawings from anywhere.

3. Be proactive on present trends

With advancement in technology, engineers cannot fall behind on the current trends. The following advancements streamlined CAD designing, simplified prototyping, and fast-paced innovation:

  • AI has lowered human error and can rapidly identify flaws in CAD designs.

  • Cloud computing has enhanced collaboration among CAD professionals.

  • Virtual reality and 3D printing enhanced capabilities of prototyping.

To be successful this year, CAD professionals must update themselves in knowledge and skills.

4. Be strong in communication

Like developing technical skills, it is essential to developing soft skills. With fact pace advancement of the industry and emerging digitalization, CAD professionals and engineers must become skilled at several ways of communication.

CAD professionals must be quite effective to communicate concepts and ideas to colleagues, clients, and the higher management.

Get habituated to the CadMouse Wireless to have an upper hand in competition

Engineers must use the latest CAD tools to improve the design capabilities and be at the top in the competitions. The CadMouse Wireless is an exceptionally high-performance tool designed for work precision and ease of use.

Its compact and its ergonomic design allow engineers to innovate anywhere in a mobile workplace. The CadMouse also has a middle mouse button and an intelligent scroll wheel to optimise precision and designing. Moreover, users can work for two months without even charging and can connect with ease using a Bluetooth, Universal Receiver or a USB-cable.

With the exact effort to upgrade with the right qualities and design tools, CAD professionals can prepare for success in 2018 and beyond.

Hope this piece of information is helpful for you.

With this, we conclude. To know more, keep visiting our space.

If you are seeking for CAD CAM certification course in Pune, then one of the tops recommended institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.

If you are trying to find industry opportunities in mechanical engineering jobs in Pune, then join their institute which offers the best mechanical engineering training courses.

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AutoCAD Vs Revit: Know The Differences Between The Two

You know that Autodesk AutoCAD and Autodesk Revit are the two primary applications of architecture industry. AutoCAD is an amazing tool for drafting of interior and exterior of buildings while Revit is a smarter solution for creating exact plans to build information modeling (BIM) for larger projects.

You must be hearing about these two applications from the architects a lot. So you must wonder what they are. Here in this blog, we highlight the key differences in these two CAD applications.

Definition:

What is Autodesk AutoCAD

AutoCAD has commonly used in commercial software for 2D & 3D CAD and drafting. The AutoCAD application started since 1982 as a desktop application and from 2010 as a mobile web- and cloud-based app popularly known as AutoCAD 360.

What is Autodesk Revit

This is a BIM product allowing users to design a building, its structure and its elements in 3D, a way to annotate the model with 2D drafting elements and get building information from the information on building models.

Industry type:

AutoCAD is needed over a large range of industries, by engineers, architects, project managers, designers, and different professionals.

Revit software is designed especially for, architects, structural engineers, designers, MEP engineers, and contractors.

Flexibility:

In comparison to Revit, AutoCAD is more flexible and have all mesh, surface, and solid commands of AutoCAD.

Revit is more strict; one has to correct construction wise the building is made and not just a 3D model but also a model which enables you to do coordination of the job and much more.

Usability:

With AutoCAD, you can work with lines to make the basic geometry which represents real-life objects.

With Revit one has to work with geometry with real-life information.

Suitability:

AutoCAD is considered as best for 2D drawing where only precise line work is required, like the elevation detail drawings.

Revit is best for modeling, yielding cost schedules, collaboration, and change management.

Hope this piece of information is helpful for you.

With this, we conclude. To know more, keep visiting our space.

If you are seeking for CAD CAM certification course in Pune, then one of the tops recommended institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.

If you are trying to find industry opportunities in mechanical engineering jobs in Pune, then join their institute which offers the best CAD CAM training courses

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The Mechanical Engineering Errors To Avoid During Designing

Key Points:

  • Several mechanical design errors can be avoided.

  • Follow the DFA guidelines to ensure that parts designed can’t be put together wrongly at time of production.

  • Confirm that you have correctly specified the materials for an environment where they must function.

Here we listed 3 mechanical engineering errors that can be avoided.

Design for mis-assembly

It is wise to create parts that can’t be assembled wrongly. DFA tells it formally, and fool-proofing a creation is quite simple; you must be analytical and reasonable in your approach and take some extra care to confirm that the design cannot be wrongly assembled.

You have to design keeping in mind that there are people who might end up mistakenly screwing up the parts on an assembly line. In case the person is inexperienced or ignorant, didn’t see your assembly drawing, is working over the time, and possibly doesn’t care if things go wrong.

Make your prototype after you’ve improved the designs. You need to prints the parts in 3D format, machined and show them to your colleagues and people on the production line. The best thing you can do is, improve your design as much as possible.

Wrong material specifications

There are several materials to choose, but remember that not all are required for your design.

Materials must have a flame retardancy rating (e.g. UL94-V0 or UL94-HB). If there is an approval department in your company you must discuss the same and seek their approval.

Points to remember:

  • Regulatory compliance

  • Operational range of temperature

  • Stability in UV

  • Rating of flame retardancy

A well-detailed end design that fails to work

Never forget to make a Proof of Concept (PoC) model and guarantee your effort that it is definitely fine. A design could be divided into functional elements and it’s easy to test them if they are reliable by designing simple test rigs.

Hence, next time you design or create something, just take time to look into the above points and avoid future problems.

Are you seeking for CAD CAM certification course in Pune?

Then you give a try for the CAD CAM institute by CRB Tech Solutions. We offer one of the best training courses and this happens to be one of the best CAD CAM institutes in Pune. We provide support to improve your skills in CAD CAM courses.

If you are looking for good industry opportunities in CAE jobs in Pune, then join our mechanical engineering institute which offers the best training through mechanical design engineering courses.

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Best Tips For CAD Professionals To Improve Quality And Quantity Of Yields

In the race for lowering time-to-market; engineers are finding novel ways to enhance efficiencies at every step of the design process. But the challenge is double. While lowering production time, engineers are facing the problem of maintaining design quality as well.

Here we share 4 ways by which you can design faster and better in CAD.

1. Practice some stretches, take regular rest

If there is pressure to hit the deadlines while creating complex designs, CAD professionals might find they are working for longer periods of time. And hours of repetitive motions might cause pain or discomfort in your arms or wrists.

Wrist pain due to stiffness or swelling can hamper productivity and creativity and can slow down the design process as well. To reduce the risk of wrist pain or any long-term injuries, take care of the following:

  • Often, stretch to avoid muscle aches or tightness while sitting in a stationary position.

  • Take regular breaks to rest from repetitive motions.

  • Take help of a wrist support pad to lower stress on your wrist joints while typing.

2. Communication is essential

To keep up with the global market, engineers must know how to communicate with the team, clients, and management from any location. CAD professionals must be good both at oral and written communications skills for better collaboration.

In the work environment, CAD professionals must use video and audio conferencing tools to talk with their teams, no matter what is the location. By expanding the reach, CAD pros can lower time-to-market and enhance production.

3. Avoid Creative Blocks

CAD professionals should be creative to maintain the competitive edge over a competition. Sometimes, creative blocks can inhibit your ability to be consistently innovating. By managing your habits, collaborating with others and the best practices, CAD professionals can stimulate their creativity and enhance innovation. You need to follow the following tips:

  • Do some physical activity to get your blood circulation well and heighten brain function.

  • Practice time management by investing time to brainstorm, generate ideas and develop solutions.

  • Try something new, like a new app or tool or register for a class to learn a new CAD skill.

4. Take help of the latest tools and technology

There is a continuous emergence of new engineering tools to enhance design capabilities. Equipped with latest tools and technology, CAD professionals can work faster while improving the quality of their designs.

The CadMouse Wireless is a tool designed to improve precision and to help the engineers design faster and better. The CadMouse Wireless attributes high-performance and a compact, mobile-optimized ergonomic design which has a dedicated middle mouse button and a scroll wheel for optimal maneuverability. You can work for two months without charging and can connect making use of a USB cable, Universal Receiver or a Bluetooth.

With the right practices, good time management, and the above mentioned cutting-edge technology, engineers can yield higher-quality designs faster than ever.

With this, we conclude. To know more, keep visiting our space.

If you are seeking for CAD CAM certification course in Pune, then one of the tops recommended institutes is CRB Tech Solutions, being one of the best Cad Cam institutes. They provide guidance for cad training courses and help you grow in this field.

If you are trying to find industry opportunities in mechanical engineering jobs in Pune, then join their institute which offers the best CAD training courses

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Different Parts Of A Lathe Machine And Their Functions

You can never think about manufacturing metals and other materials without a lathe machine. Since this is an important tool used in the machining process, this has become an integral part of a manufacturing technology.

In this blog, we shall discuss in simple ways about all the functions of the parts.

Functions of Machine Parts

Head Stock Assembly : This is mainly installed on the left of the machine. It is a house for drive pulleys and gears. The chuck is linked here, with the help of which a rotary motion is sent to the work piece .

Clutch: This controls the speed of drive motor and gives a smooth motion without any vibration.

Cross Slide : Cross Slide gives the cutting motion of the tool. This can be operated by hand or by a cross feed device. The cross slide is aligned perpendicular to the center of the lathe.

Chip Pan: Located at the lower part of the machine and functions to collect the chips while the work goes on, making an easy collection of chips for fast removal.

Feed Rod : This is a mechanism for power transmission which offers precise longitudinal movement of the carriage. For turning operation movement of the feed rod is a must.

Lead Screw : This is found only below the feed rod. It also offers precise longitudinal movement to the carriage . It helps in thread cutting.

Bed: This happens to be the base where all the lathe parts are placed. A single piece part made of cast iron. Now lathe machines differ in ther bed sizes.

Ways : They are the guide rails through which different parts of the machine moves. It is used for a precise movement of the carriage and other mounted parts.

Carriage: This holds the tools and gives movement of the tool in both cross and longitudinal directions. Carriage has some other parts as well and it works through the outer ways.

Tailstock : This is used to center the job when a long job is tied to the chuck. It gives a good support to lower vibration.

Cross Slide : This is placed on the carriage. Its function is to offer cross feed of the tool and it moves perpendicular to the center of the machine.

Compound Rest: A set up to move in a circular way.

Tool Post: Present at the top of the carriage. It functions is to hold either the tool or tool holder.

Spindle Speed Selector: It allows the operator to keep in control over the spindle speed.

Emergency Stop Button: This button turns off the machine if there is any risk while the machine works.

The above mentioned parts are the most common ones of a lathe machine which are basically needed to operate the machine. To mention, CNC lathe parts are totally different from these parts. We shall discuss that in our upcoming blogs.

With this, we conclude. To know more, keep visiting our space.

If you are seeking for CAD CAM certification course in Pune, then one of the tops recommended institutes is CRB Tech Solutions. Being one of the best Cad Cam institutes. They provide guidance for cad training courses and help you grow in this field.

If you are trying to find industry opportunities in mechanical engineering jobs in Pune, then join their institute which offers the best CAD training courses.

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