With much advancement, the world is also seeing a huge development in the area of 3D printing in the last few years. 3D printing has created new opportunities for making, maintenance, and research and development because getting spare parts of machines was never easier. 3D printing comes with mixed promises, but more of the people are noticing that the pros can overtake the cons.

3D Printing in Research and Development

R&D works need prototypes in several cases. Conventionally, prototypes are made manually or created from moulds, and much time-consuming. With 3D printed prototypes, they can save much of energy and time.

Many companies like Prodrive see and understand the potential of 3D printing and so also Aston Martin goes takes the same route regarding effective R&D and strategic planning.

Manufacturing

Additive Manufacturing is the current buzz. The traditional making process takes time and drains energy. The 3D printing is a quite specific manufacturing process. Whatever is designed making use of raw materials, no things are left out, and no reprocessing. An additive method and no subtraction.

Refinement of cost calculation

3D printing has an effect on the cost production. Based on purpose, a 3D printer could cost about $5,000 to $500,000 and that depends on the aim and material needs. In the manufacturing matter, ROI would substitute the cost part.

How to get more done being innovative?

You might need to spend much time in making a prototype manually, so why not be some creative and take to 3D printing. Several ROI can be saved to the companies and spend money in areas they usually don’t do. Such experiments with finances are of help and being creative can give you a better product.

3D Printing is eco-friendly

Most of the countries across the globe have strict environmental laws. With 3D manufacturing methods, there is a lesser contribution to carbon emission. Most of the aerospace makers use 3D printing to make modules which need specific cut and structural uniformity. There is less reduction of waste and some 3D printers can recycle wood, lower bad impacts on the environment.

Future prospect

The future of 3D printing is quite bright but also less predictable. There is an increase in market share and more production industries are getting 3D printing units. Conventional manufacturing is being less effective, but several companies do not wish to give away with old ways. 3D printing can most probably take over the research and development sector and maintenance sectors for making, but taking over the total production utility at once could be difficult.

With this, we conclude. Hope this piece of information is helpful to you.

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You can enrol in the CAD CAM courses in Pune to get industry oriented opportunities in mechanical jobs.

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Computer-aided industrial design or the acronym CAID is technically the application of software in designing industrial processes. Contradictory to the conventional manual drafting, CAID is an automatic method that enhances the efficiency of design changes, testing of concept and regular optimizations. CAID offers freedom for creativity; however, it is also common to follow a simple method as well.

Why is computer-aided industrial design important?

CAID software helps a designer to make a 3D model before the making of the product. Next, this can be saved in a format for making a fast prototype which can then be used to create a real product. The computer-based steps speed up creation process, as a designer has can look after the technical aspects instead of making the drawing and making the models, manually.

CAID Vs CAD

Although CAD and CAID might appear alike, with many differences. CAID is all about concepts and artistic flavour, and CAD is mostly technical. CAD the midpoint between artistic CAID designs and the final product outcome.

While talking about both, both are essential and have their own roles. The CAID specialist has to make design files that will be worked with the CAD system, and the engineer must know what they are working on and what they must be doing.

Al Lopez explains CAID as an offering “freedom to experiment with shape and form.” Software for creativity. The software gives exclusive visualization tools like the photorealistic rendering, texture mapping, showcasing the surface, and much more. Users can visualize all shapes and sizes and also the effects ahead. But the process is lesser specific like the CAD

CAID in practice

This is one of the best and most practiced in some organizations. And people are accepting this as many endeavours. This starts with a thorough market study, knowing the advantages and limitation of the products in the market and then makes a good design sketch. Then a detailed sketch is made of the concept and the final product. The software can be used to make a 3D model which can be adjusted and seen both inside and out.

With this, we conclude. Hope this piece of information is helpful to you.

Are you looking for cad cam certification in Pune? One of the best cad cam institutes is CRB Tech Solutions. This happened to be one of the most opted cad cam training centres in Pune.

You can enrol in the CAE courses in Pune to get industry oriented opportunities in mechanical jobs.

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Are you willing to become an aeronautical engineer? Well, you must know about the academic eligibilities, job responsibilities, average payment and also the job prospect to find if you suit the position. You must also know about the institutes that offer course or program on the same. Keep reading to know everything you must before you start with a career in this field.

Job responsibilities

They make use of methods, technologies, and concepts of air travelling to design and make an aircraft and propulsion systems. They also have a thorough knowledge of the aerodynamic working of construction materials and aircraft. They also give proposals with an innovative mind for new products to find out if they are possible to attain.

Some key points:

Degree Required: Bachelor’s

Skills needed: Analytical, critical thinking, math, and writing

Job prospect (2014-2024): -2% (for aerospace engineers)

Median Salary (2015): $107,830 (for aerospace engineers)

Source: U.S. Bureau of Labour Statistics

Aeronautical Engineer

They are aerospace engineers who can make designs, create and test aircraft for commercial purposes, defence and businesses. Engineers discuss with the client and know their needs and also discuss with the design team to get the concepts clear and get the initial sketches. After building of planes and they are ready for operation, aeronautical engineers script technical reports, manuals and bulletins, and also review the performance. They also get feedback from end users and also find out the loopholes and flaw in the product and try to fix them.

How to become an Aeronautical Engineer

High school requirements

As mentioned above, on must have earned the bachelor’s degree for an entry-level engineering job. A high school diploma or an equivalent degree will help you qualify for the degree program. A maths-based field, you have to take up algebra, geometry, trigonometry, and calculus in your school. You must also have good knowledge of physics, chemistry, and computers. Moreover, English and social studies are much-needed subjects in your high school days.

Graduation

You can opt for either aerospace engineering or mechanical engineering, as BLS states that engineers from one branch also works in related ones. The degree program in aerospace engineering offers education in sciences and engineering during first two years, and they give special importance to aerospace theory and designs during the last two years.

Internships matter

Doing internship is very essential or if possible any co-op program. They offer you ample opportunities to network with professionals and also observe aerospace engineering as practically applied in real world.

Find a job as an Aeronautical engineer

For this, you can find job opportunities in manufacturing companies, engineering firms, and federal agencies. There is a good demand for engineers design and technology yet the manufacturing industries are seeing a decline in the job opportunities.

Get a license

If you desire to provide your knowledge and service to the public, you must be a licensed engineer. Or you can apply for a Professional Engineer (PE) license. The requirements might vary, but follows the basic rules: A bachelor’s degree accredited by the Accreditation Board of Engineering and Technology, qualify the Fundamentals of Engineering (FE) exam, work experience of 4 years and qualifying PE exam.

Alternative Careers

One such career option is that of an aerospace engineer technician. This job profile might need lesser education and you can start working fast. Other job roles are architectural and engineering managers with similar job profile and educational requirements like the aeronautical engineers, but also they need to functional tasks related to administration, management and supervise large projects.

Hope this piece of information helps you in your career pursuit. With this, we conclude.

Are you looking for cad cam certification in Pune? One of the best cad cam institutes is CRB Tech Solutions.

You can enrol in their CAD-CAM courses in Pune to get industry oriented opportunities in mechanical jobs.

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It so easy to develop 3D metal parts from a digital file. With 3D CAD technology, metal 3D printing techniques take help of binders, lasers, and heated nozzles to develop things that are robust and with minute internal features.

The Metal 3D printing has brought a real sense revolution in the world of manufacturing and is rising with its significance. Several companies are in competition to establish their supremacy in the market.

Metal 3D printing is used in small series parts and a final making of parts as well. It could be about jewellery, functional parts, and kitchen accessories to name only a few.

Since the last years, metal 3D printing is gaining its significance. It can save both money and time and give a product much wanted. Metal 3D printing permits engineers to yield complicated parts without any hurdles.

Stratasys, which happened to be a leader, has announced its plans to enter the metal 3D printing market.

Common Types of 3D Metal Printing

Selective Laser Melting

SLM takes help of laser to melt and add the powders. It’s a good way to arrange alloys.

Selective Laser Sintering

SLS, mainly used for plastics, can be used for some metal types.

SLS and SLM both help in metal 3D printing.

Robocasting

Robocasting makes ceramic models.

Cold-Spray Metal Printing

The rapid mode of 3D print metal, initially applied by NASA to create metal objects in space.

Binder Jetting and Inkjet 3D Printing

This printing method with the help of powders very much like SLS are used in amalgamating objects.

Magnetojet Printing

With the help of metallic ink spray, magnetism is created to yield rapid and illustrate various shapes.

LENS

A metal printing method which is laser-based and that binds powders to yield objects or parts under controlled conditions.

Directed Energy Deposition

DED uses laser influenced metal 3D printing. It mainly adds parts to objects instead of making everything from the start.

Ultrasonic Particle Manipulation

It is a unique technique that will help to amalgamate various materials into one whole thing.

Laser Metal Deposition

A melting technique, which allows powders to settle and with the help of lasers apply heat to create shapes. Currently, it works on iron, nickel-based, cobalt based alloys, tungsten and various metal powdered coated metals.

Conclusion

Yet, 3D metal printing at home is not practically possible. With time and technological growth, several things will become feasible and handy as well. The metal 3D printing is a big revolution in the designing and manufacturing industry.

With this, we conclude. Hope this piece of information helps.

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

You can enrol in the CAD-CAM training centre in Pune for industry oriented opportunities in mechanical jobs.

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Internal Combustion Engines or in short IC Engines finds their application in cars and bikes. Study of Engines belongs to the branch of Mechanical Engineering.

There are two types of IC Engines:

• 4-Stroke-Engine

• Two Stroke Engine

The engines can also be classified on the cycles which they follow:

• Diesel Engine

• Gasoline Engine

Four stroke engines have four different cycles:

• Intake

• Compression

• Ignition/expansion

• Exhaust

In the two strokes, there are two cycles and each that runs at the same time.

• Intake/exhaust

• Ignition/compression

Terminologies:

TDC: Top Dead Centre. The top part piston which reaches in a vertical engine.

BDC: Bottom Dead Centre. This is the bottom part that reaches in a vertical engine.

Compression Ratio: It says how much the engine compresses a certain volume of air that it intakes. A compression ratio of 14:1 indicates that for every 14 unit volume of air which is taken in, the piston compresses that air to 1 unit volume.

One of the factors that reduce the compression ratio is an explosion where instead of burning in a controlled method, the air/fuel mixture explodes and damages the engine.

Compression Ratio= (Swept volume + Clearance volume)/Clearance volume

Swept volume= Volume of piston traversed as it completes one full stroke from the TDC to BDC

Clearance volume= Volume of the combustion chamber

Petrol Engine

Also called Spark Ignition engines, requires ignition from an external source for the engine to begin.

Classification

Reciprocating engines can be classified in several ways. Some are mentioned below:

1. Based on how they are cooled

a. Air-cooled Engines

b. Water-cooled Engines

2. According to a number of strokes

a. 2-stroke engines

b. 4-stroke engines

3. Based on Cylinder arrangement,

a. Inline cylinder arrangement

b. V-cylinder engine or V-engine

4. According to the way valve is arranged:

a. Single overhead camshaft (SOHC)

b. Double overhead camshaft (DOHC)

Parts of a Petrol Engine:

1. Cylinders

2. Cylinder block

3. Piston and Connecting rods

4. Cylinder head Crankcase

5. Valves

6. Crankshaft Flywheel

7. Exhaust system

8. Camshaft Fuel system

9. Lubrication system

10.Ignition system

Working

When a piston goes to the top of the cylinder, the sparking plug fires. The spark powers the air-fuel mixture that cause a mini explosion. No sooner, the fuel burns, giving off hot gas that pushes the piston back down. The fuel releases energy which powers the crankshaft.

Applications:

These engines are used in vehicles, portable power plants, and other farm machinery.

Future Scope: There are ongoing researches to carry out an increase in fuel efficiency, lower the pollutants and make it lighter and closely packed.

Diesel engine

This is an internal combustion engine which transforms chemical energy of the fuel to mechanical energy and causes reciprocating motion inside the cylinders.

Types of Diesel Engines

Diesel engines can be four-stroke or two-stroke.

Four-Stoke Diesel Engine

A four-stroke engine is an internal combustion engine wherein the piston finishes four separate strokes to complete single thermodynamic cycle. A stroke means piston along travels completely along the cylinder, in both directions.

Two-Stroke Diesel

The cylinder top has two or four exhaust valves which open simultaneously. The piston elongates, as in a gasoline two-stroke engine, to behave as an intake valve.

With this, we conclude. Hope this piece of information helps.

If you are seeking for cad cam certification in Pune, then one of the best cad cam institutes is CRB Tech Solutions, being one of the best Cad Cam institutes. They offer industry-oriented cad cam courses in Pune.

You can enrol in the CAD-CAM training centre in Pune for industry oriented opportunities in mechanical jobs.

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The mechanical engineers and their skill find a place in every day-to-day thing. And if you are aspiring to become a mechanical engineer, and wondering about the areas of interest where you could focus, this blog is right for you.

Mechanical Engineers have built pyramids, great walls, ships, missiles, rifles and what not. They must have knowledge of materials, thermodynamics, structural analysis, electricity, kinematics, and much more to build structurally buildings, bridges, devices, and tools and equipment.

Areas of Interest in the Mechanical Engineering Field

Environment knowledge

This is a special area of interest because the mechanical engineers create a device to suit the surrounding environment and also needs to keep in mind how the device can affect the environment as well. The environment is a huge factor based on which are designed any mechanical device.

Energy Systems

If the work needs to keep in mind the energy and its way to be stored and controlled, mechanical engineers should consider a variety of things. With several natural energy sources like wind, natural gases, oil, water, and much more there is a need to stored and controlled to use them in a right way.

Thermodynamics and heat transfer should be well understood because they find application in a design including an energy system.

Manufacturing

With evolving technologies, this sphere is continuously improving.

Manufacturing might include several things and also need to monitor and ensure the process of making the parts with respect to quality.

Material Science

Knowing the material and analyzing it, is an essential science among all. Materials are usually chosen based on their application and at times customized as per the requirements.

It is necessary to confirm that the materials are efficient and effective for certain applications.

Biomedical Engineering and Fluid Mechanics

A multidisciplinary field with applications in the biomedical and engineering space. Current researches include blood circulation and how it regulates normal physiological function and also the anomalies that lead to disease conditions; aerodynamic flow in vehicles and its impact on vehicle performance; and is several other areas. Investigations are done both experimentally and computationally.

Ground Vehicle Systems

Mechanical engineers need to design the surface vehicles. The reason to design more eco friendly vehicles could make transportation easier with fewer resources. Innovations require vehicle dynamics, engine concepts, power transmission and its control, and making of lightweight parts and assemblies that can be yielded.

Mechanical Design

This concept helps in the making of ideas into realities. The ability to see ideas coming into realities is the art of design engineers. Their task includes reduction of expenses while ensuring the requirements made by clients are met with high-quality designing and manufacturing part.

Mechanical engineers are good at adapting to the surroundings and find out the best solution to any problem and then making use of them to reach their goal. Mechanical engineers are universal in their skill. They might use IT knowledge and also a CNC mill to make mechanical parts for a system that suits the environment and influences it as well.

With this, we conclude. Hope this piece of information helps.

If you are seeking for cad cam certification in Pune, then one of the best cad cam institutes is CRB Tech Solutions, being one of the best Cad Cam institutes. They offer industry-oriented cad cam courses in Pune.

You can enrol in the CAD-CAM institute in Pune for industry oriented opportunities in mechanical jobs.

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The acronym CAM is for Computer Aided Manufacturing and means an automation system that plays the role of accurate conversion of product designs and drawing object and creates codes, which can be read by the system to yield the product. The system enables CAM professionals to control machines to yield several items.

A look into history

The history of CAM is an evolution of a technology which was used in the CNC machines which were earlier used in the 1950s. CAM is a calculative achievement of that old idea and offers a whole set of functions to be regulated at the same time.

The main purpose is to accelerate the manufacturing process of various components with more accurate measurements and consistency. In several cases, CAM uses only the necessary amount of ingredients, thus lowering the wastes and also the energy usage.

Applications

The CAM system takes control over manufacturing operations which are done by robotic fabricating machines and various other tools. A professional would supervise how the system uses the ingredients and transfers them to various machines, after completion of every step. The end products get moved in the system to finish with other yielding tasks like making, quality control, packaging and final checks.

Some of the primary and main functions of the system are casting with metals, glass working, woodturning and graphical optimization of the entire yielding procedure. The making of surfaces or optical elements made from crystals, glass, and other metals, can also be done with the CAM.

Since CAM can yield 3D solids using metal lathes with accuracy and details, its practical applications are infinite. The manufacturing unit can create products like:

• Holders for candlestick

• Legs of tables

• Bowls

• Bats for baseball

• Camshafts

Advantages:

The CAM helps in creating plant’s yield and production and also optimizes the process to assembly. The systems that run on CAM can use the entire range of production tools, like the fast-paced, five-axis turning machines and electrical discharge machines, and can also aid to apply highly developed productivity tools which include simulation and optimization to support certain professional skills.

The common kind of simulation is analyzing an item for a reaction to stress. In the tests, if model surfaces deform when the parts come under a certain type of stress. The easiness with which the specifications get altered indicates development.

CAM finds its application in the area of mechanical, industrial, electrical and aeronautical engineering. Other CAM applications include thermodynamics, fluidity, kinematics, and electromagnetism in the process support the essence of the experts who got trained well.

With this, we conclude. Hope this piece of information helps.

If you are seeking for cad cam certification in Pune, then one of the best cad cam institutes is CRB Tech Solutions. We offer industry-oriented cad cam courses in Pune.

You can enrol in the CAD CAM CAE training institute in Pune for industry oriented opportunities in mechanical jobs.

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Among several CAD Software available, which is the best is a matter of concern. In this article, we would be discussing the top reasons to find out the best CAD Software.

Advantages of the Best CAD Software:

• Perfect designs

• Rapid, precise and flexible

• Automatic set measurement units and scale

• No separate overlays needed

• To draw strictly as per drafting standard

• Dimensions for the drawing must be edited and with tedious manner

• CAD Software helped to improve documentation process; easy storage and use it without any unwanted hassles

• CAD Software lowered the product development cost and also reduced the design cycle.

With CAD Software, you can achieve the above-listed advantages but the question is what is the best CAD Software. Today there is over 300 CAD software available in the market with participants namely AutoDesk, IntelliCAD, BricSys etc.

Some of the Best CAD Software available (Alphabetically) :

AutoCAD

AllyCAD

AutoCAD

BricsCAD

CMS IntelliCAD

G Star CAD

NanoCAD

ProgeCAD

TurboCAD

ZWCad And several more.

BEST CAD SOFTWARE

Making the right about a CAD software would take several hours as there are plenty of readily available CAD Software. Selecting the right one is essential.

Some quick comparisons criteria:

Need Assessment: if the software available assesses your requirements or needs.

Budget or Cost Criteria: you need to calculate your investment

Technical support for best CAD software:

AutoCAD has a dedicated support team which offers an apt technical solution for free without any extra charges.

Best CAD software upgrade

Upgradation charges

AutoCAD has no foundations and no complication while upgrading. It has kept the decision for future upgrdation to the CAD User. The CAD User is not forced to upgrade to the latest version and if he does, that’s his choice. AutoCAD charges approximately 30-40% of the latest software cost as upgradation price.

How effective in investing in CAD software?

So the CAD User must analyze the expenditures to plan and get the suitable or the best CAD Software.

Technical criteria

The technical criteria can be judged on the following points:

• Technology Used in the cad software.

• Performance by the best cad software.

Best CAD Software Performance Enhancement

Many CAD software uses various technologies but you must go for a software with the latest technology. AutoCAD announced its release of the 8.4a version on 12th Oct 2017 which enhance its performance and functionalities.

Licensing of the best cad software: Another factor to keep in mind is the license validity and licensing boundaries.

CAD Software comes with four types of Licensing tenures:

• Annual Subscription or annual rental

• Software as a Service (SaaS)

• Perpetual Licenses

• Territorial Licenses

It is wise to choose a software without any obligations for licensing irrespective of time and location.

AutoCAD has a perpetual as well as a globally valid license which offers a platform for the organization to use the CAD anywhere in the world.

AutoCAD appears to be the only CAD software developed with a kind of powerful licensing mechanism and hence proves to be the best CAD Software with these mechanisms.

Features and Commands in the best cad software:

Commands: It should be robust and dynamic

Compatibility: The Best CAD Software must be compatible with all the versions of DWG and DXF.

Interface: CAD users work on different backgrounds. If a CAD Software offers a familiar interface and no special learning curve of software, then that would be the best CAD software.

Powerful Design Tool and editing tools.

Text Styles

Color book

Capture and import CSV points to DWG and vice versa

Extracting Block Attributes

Importing User Interface Customization files

Commands and aliases customization etc.

Best CAD software is efficient to enhance your performance level. What additional factors you must look for?

• Inbuilt Block Libraries

• Inbuilt tool for PDF Conversion

• Inbuilt Image to Vector conversion tool

• Units Converter

• Calculator etc.

Hence the CAD user must be confident enough while making a conclusion on attributes. He must identify the feature-rich Best CAD Software so that he is future ready with his investment.

Conclusion:

CAD software’s development is important regarding manufacturing, designing, and production sectors. It helps the engineers to do their job accurately. Many CAD software is available in the market, but choosing the right one is a smart move.

With this, we conclude. Hope this piece of information helps.

If you are seeking for cad cam certification in Pune, then one of the best cad cam institutes is CRB Tech Solutions, being one of the best Cad Cam institutes.They offer industry-oriented cad cam courses in Pune.

You can enroll in the CAD-CAM institute in Pune for industry oriented opportunities in mechanical jobs.

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AutoCAD was developed by Autodesk as mapping software and is used in 2D and 3D design graphics system tools. With its help, users can create, see, manage, print, share and reuse accurate richness.

CAD is the computer-aided design; a computer technology has its own importance with its application.

AutoCAD is a software platform, to help those in the field of painting, not the software tailored for specific industries. For instance, during the 2D mechanical designing, AutoDesk, there’s professional AutoCAD Mechanical 2000 software, AutoCAD 2000 as a platform to a tailored frame, the title bar, add a library and computing module.

Let’s read here more about differences between CAD and AutoCAD.

Computer-aided design is a wide term to describe the use of software and computer tools that create 2-D and 3-D technical drawings. CAD software is used to create and edit geometric shapes into specific designs. AutoCAD is the name of software of the same application created in 1982 by Autodesk. AutoCAD software is used in every phase of design for making, infrastructure, and building construction, and also in the media and entertainment world to create 3-D visual effects.

What are the types of CAD SOFTWARE?

Not like AutoCAD, other CAD programs viz. SketchUp Pro and TurboCAD Deluxe are used for a consumer who wants a few of the functions of AutoCAD but without spending much and also with less learning. Also to mention, some CAD software can design either 2-D or 3-D drawings or models, while AutoCAD can do both.

Job Opportunities for CAD operators

Job prospects for CAD drafters are more favorable for those who do electrical and electronics drafting, as per the BLS report. The BLS reports that the drafters have a 5% job growth, while employment for drafters supposed to decline by 3% between 2014 and 2024. The BLS noted that the median salary was $59,520 for electrical and electronics drafters and $52,720 for drafters, basically as in the year May 2016.

CAD means the use of computers to develop technical drawings, whereas AutoCAD is a certain type of professional CAD software that can design both 2D and 3D drawings and models. Drafters as a whole can expect a decline in jobs, but electrical and electronics drafters can expect a positive job growth.

If you are seeking for cad cam training in Pune, then one of the best institutes that offer cad cam course in Pune, is the CRB Tech Solutions.

Check out here for several Cad training in Pune.

Stay connected with us to know more about basics of mechanical engineering and its job prospects and ongoing vacancies.

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Design processes became faster after the introduction of CAD software and with reduction of the design time; the new product introduction time has also lowered immensely. In this blog, we shall discuss different attributes of AutoCAD, Solid Edge, Pro-Engineer, Catia and Microstation

2D CAD software

This software was first developed in the 1970’s. They were used in major automobile and aerospace organizations to develop internal design software. This software is created to overcome repetitive drafting problems.

Some popular 2D cad software:

1. Autocad: This is one of the first CAD software to popularize the application of CAD software as it needs no strong graphics configurations. Initially, it was command based but the later versions were developed as one of the most user-friendly 2D software. Autocad can be tailored using Auto lisp, Visual lisp,.Net. VB, and C++. It supports.DWG and .DXF file formats. Though 3D modeling is also possible it’s not so popular.

2. Microstation: This software is popular for application in civil, architectural and plants related sketches, and it also has good rendering features. The later versions can do 3D modeling too. It can be tailored using Microstation development language (MDL), VBA, C, and C++. It supports.DGN and.DWG and .DXF file formats, as well.

3D CAD software

This type of software was created to help product design really fast and thus give birth of product lifecycle management (PLM) and product data management (PDM).

Besides, 3D visualization this 3D CAD software have lots of advanced features. To mention, are a parent-child relationship, Top-down modeling approach Parametric and geometry.

Some popular 3D cad software:

1. Catia:

An icon-based high-end cad software. It is more known for its very advanced surface modeling capabilities. As per expanse, it is higher than pro/e, solid edge etc. Besides CAD it also has CAM modules and CAE.The latest version can be tailored using VB, C++, and CAA.

2. Pro-Engineer (pro/e): This is menu-based software. It has several modules namely, sheet metal, surface modeling, Pro mechanic (FEA), cabling etc. This is known for its amazing parametric and logical relations.

3. Solid Edge: This is also icon-based software. It is user-friendly, but with some drawbacks like, the user cannot see how an edit would interact with its next features. Solid edge can be tailored to the use of VB.

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

Check out here for several cad training in Pune.

You can also enrol in the CAD CAM training in Pune by CRB Tech Solutions, for industry oriented opportunities in mechanical jobs.

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