An Overview On CAD, CAM, CNC, and Robots

An industry which is continuously evolving in a mechanical sphere is manufacturing. Say it automation, manufacturing or off-shoring, everything contribute to changes in a way products or parts are designed, created and manufactured. Fast, effective design strategies are necessary for companies who want to be in a race with the latest in manufacturing automation.

CAD refers to a design process and is defined by AutoDesk as CAD is the application of computer technology for design and design documentation. CAD/CAM applications are used to both design a product and program yielding processes, mainly CNC machining. CAM software uses the models and assemblies created in CAD software to make tool paths that drive the machines that turn the designs into physical parts. CAD/CAM software is often used to machine prototypes and finished parts.

CAM refers to the application of various software packages to design tool paths and NC code to run a CNC controlled machine, based on a 3D computer model or CAD data. When both of them are used together, this is referred to as CAD/CAM.

CAM does not run the CNC machine. It creates code which it follows. It is not an automatic operation which imports your CAD model and spits out the correct NC code. Similar to 3D Modelling, CAM programming needs knowledge and experience to run a program, developing strategies for machining, and knowing which tools and operations to apply in each situation to get the best results.

Robotic CNC machine tends to provide manipulation and transport options that quite complicate than basic material handling processes. Robots that move machines, take the supply products, sends them to a machine, interacts with the machine and next removes the finished part. As this process is managed by a robot, it minimizes incorrect product placement owing to human error and increases speed and efficiency of production.

Robots and Software

Robots have the ability to cut the total cost of machining by about 30%, according to some studies. But it’s not a simple thing of telling the robot what to perform. Specialized software is needed. One to mention is Siemens NX CAM Software.

According to Siemens, NX provides complete CAM software solutions for machine tool programming, post-processing and machining simulation.

NX CAM is used in many industries, from aerospace and automotive to medical, tool and die, and machinery.

NX CAM and data can process management and establish a basis for an extended part yielding solution. All types of data, that includes, 3D part models, setup sheets, tool lists and CNC output files can be easily managed with full revision control. Data and process management confirms that the right data, which includes correct tooling, and right NC programs are employed, that results in reduced delays and costs.

Getting the Right Data from 3D Models

The integrated CAD and CAM capabilities in NX help the 3D model to move casually between the applications without any data translation. But, it’s essential to prepare the 3D Part Model. The model has to be edited to close holes and gaps, offset faces, and resize part features. Specialized CAD functions in NX helps to quickly analyze the part of CAM programming. With these functions, which include cross section and minimum radius analysis, you can explain optimum machining processes for your parts.

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

Are you looking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions one of the best CAE institutes in Pune. They offer guidance and support for an industrial training for mechanical engineering and help you grow in this field.

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

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Know The Main Difference Between CAD Freelance And CAD Outsource

There is a recent increase of several CAD “freelance” agencies, which appears gradually replacing the older, established CAD Outsource services. This could be because, the term “outsource” is often associated with off-shore, cheap labour, that often yield less than perfect results.

How is freelancing better? And how it is different?

According to Miriam-Webster Dictionary:

Outsource is to make ways such that some of the company’s work be done by people from outside the company

Freelance is done by a person who pursues a profession without any long-term commitment to any one employer.

CAD Outsourcing

Outsource services, is that when the client sends a work then it is solely done by a professional who works for a definite company only. And for repeat customers, this is a continuous relationship with the same CAD professional, from one project to the next. This continuity offers the advantage of an in-house engineer, designer, but without any overhead cost of a full-time employee. Even with changing project, this means that you have to work with a different outsource employee, but the outsourcing firm continues withholding the accountability.

CAD Freelancing

To hire a freelancer from a freelance CAD agency means that you have very little control over the person to whom your work is assigned, and the freelance agent offers with no long-term commitment to any one employer. And lack of commitment also means no commitment to the agency as well as the customer. You can offer your important CAD project to a freelancer with the lowest bidding agency.

It is that the idea about outsourcing got some bad reputation in some circles because it’s usually associated with job losses which occur when large corporations “export” jobs to countries with a lesser cost of labor, then the small CAD outsource businesses, provide cost-effective and professional CAD outsourcing.

The Key to Success

The only key to successful Cad outsourcing is making choice of the right firm. Here we mention 6 things that you need to do to fetch the best results when you outsource your CAD work:

Learn about the scope of the project

Clearly, mention the results expected.

Make use of a formal statement of work for big projects which you plan to outsource. And for smaller tasks, simply outline what is expected.

Depend on written communications, that could be chats or emails rather than memory to ensure the work be done as you expected.

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

Are you seeking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions one of the best Cad CAM institutes in Pune. They offer guidance and support for an industrial training for mechanical engineering students and help you grow in this field.

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

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An Overview About nanoCAD Mechanical

A free CAD software for 2D design and drafting application that has a huge library of standard parts and tools created to help automate design tasks and for making mechanical drawings. It is based on MuliCAD engine. This mechanical blog is to share with you the concept of nanoCAD Mechanica.

Initially, it appears that a nanoCAD Mechanica is just a nanoCAD along with a vast toolset put into one menu ‘Mechanica’. But no, the product is actually big and very powerful.

Who can use nanoCAD Mechanica?

This has been created for designers, mechanical engineers, and drafters, providing them with opportunities in the field of automation designs as well as construction work in various areas of the production industry. When you create designs using this software, you can avoid tough routines and repetition of manual tasks often needed to get a job done.

nanoCAD Mechanica assists the designers to accelerate the design, reduce development time and deliver products to market faster.

Increase Productivity with nanoCAD Mechanica.

You can save your time with a complete user-expandable library of mechanical parts with embedded parametric links which support international drafting standards.

This software offers a powerful tool that changes all linked parts automatically if you change one of them; this enhances the quality of the mechanical drafting process. This provides an automatic connection of fittings with pipeline elements. The software enables to create Fastening and Rivet connections at least time. Moreover, nanoCAD Mechanica helps you to do all the engineering calculations fast and easily.

Highlights

List of supported standards:

  • ISO, GB (Great Britain), GOST (Russia), IS (India), NF (France)

  • Design tools:

Construction lines

Spherical, rectangular and mixed arrays

Text features usage in drafting commands and in library parts for filling of the property automatically.

  • Shafts design:

Shafts

Bearings

Templates for Bearing Assembly.

Gaskets

Covers

Cuts and thrust rings.

  • Library of ISO-adaptable parts and assemblies:

Springs

Fasteners

Shafts and Bearing assemblies

Profiles

Hydraulic and Pneumatic Piping Parts

Evolvents.

  • Gearing design:

Unique technology for gears of cylindrical and conic designs with optimised parameters in-place in the drawing process.

  • Pneumatics and hydraulics piping design tools:

Automatic connection of fittings with pipeline element

Automatic detection of element size and placement coordinates

Associated links to elements according to their description in the database

Automatic placement of fittings in the selected position on the pipeline.

  • Preparations of drawings:

Auto-sorting of denotations; automatic updating of tables directly connected with the objects from the drawing

Ubiquitous tables; rapid creation and editing of tables in Excel style; insertion of graphic objects into the cell; attaching object’s features to the table cell; usage of arithmetic expressions for selected cell; automatic updating of table cells; import/export to the Excel;

Technical conditions and requirements

Drawing the title and borders

Dimensions

Views, cuts, and sections

Marking and gradient symbols

Surface textures

Welding

Leader notes and markers

Positions and part lists.

  • Import of information about plated circuit from Orcad and P-CAD in IDF format:

Import of geometry of plated circuit

Settings of imported details.

  • Calculations:

Calculation manager

Calculations for Tension and Compression Spring

Results are presented by Reports. The reports bear all formulas and ISO references

Beam calculation.

  • Part list:

Automatic part list

Making of a custom part list.

Things which you need from drafting to advanced parametric design is in nanoCAD Mechanica. About 3000 parts are in the Parts’ Library.

With this, I conclude. To know more, keep visiting this space.

Are you seeking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions one of the best Cad CAM institutes in Pune. We offer guidance and support for an industrial training for mechanical engineering students and help you grow in this field.

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

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How To Decide Between Designing Or Redesign Of Mechanical Power Transmissions?

When in charge of a new mechanical engineering project, then the professional in charge get perplexed, to whether perform a redesign or create a completely new system. In this blog, we shall discuss this concern.

Design or redesign the mechanical power transmissions

It is not an easy decision but needs some calculations, actual measurements, and simulations on specific software, which helps to decide the necessary speeds, torques and loads for every application.

One might consider designing a geared transmission system more complicated than redesigning what exists, but this is not a reality. You have to remember some issues.

New systems or replacements both follow the same physical principles but operate on different control laws

The various features like loads, torques and speeds behave differently based on the controller they are operated by. If a designer doesn’t know that, the end product cannot fulfill the expectations which are set for the design.

One must know that a digital system operates based on three quantifiable steps:

Measurement.

Calculation.

Yield.

Digital controllers require specific time fractions to produce each these functions.

Design focus and hardware shopping list

In a new system, design can be created in one of two ways:

The engineer designs the system and asks the necessary components to carry out the job. He is solely in charge.

The new system comprises a client who has an in-house engineer, who assists in explaining the design of mechanical power transmissions and rest of the components.

To design a CLR speed reducer with helical-worm gears

Strategy

To measure errors is problematic when control system has multiple axes. Hence, while to think of designing or redesigning, it is essential to find out the relevant parameters to optimise performances.

Testing

If a system doesn’t perform as expected, the main reason is a calculation error. To avoid this, it is essential to do the necessary tests and confirm that both hardware and the final model are compatible.

At the time of implementation of the above, the engineer might conclude that the only way to get desired control and operation is by doing modifications to the designs.

A redesign might make him change the entire theory.

He could use Mechantronics software like MechaWare-, which allows a redesign to include personalized algorithms and filters in a system that can be adjusted to the specific needs, for lowering the challenges, as much as possible for the transmission redesign.

To conclude, the best way to decide if to choose to design or to redesign by comparing the analytical results and measurements against the technical specifications needed for the end product.

Whatever is your request, a CLR will get a team of engineers committed to offering the best solutions while looking after a project.

We conclude now.

Hope this information is of help to you.

Are you seeking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions. We offer guidance and support for an industrial training for mechanical engineering students and help you grow in this field.

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

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Tips To Increase Your CAD Productivity In A Day

It is a really a challenge to remain focused and also be productive during eight hours word duration, mainly for CAD designers, who have got complex and detail-oriented tasks to finish every day, being both effective and efficient is important. Here we share five tips to maximize your productivity:

Plan in advance. If you devote only five minutes every day to think about the next day can also help you a lot to be successful daily. One has to create a must do list by prioritizing the most important tasks that need to be accomplished. And on entering the office the other day, you can begin with your work efficiently.

Remove things that cause distractions. When you take breaks to try to focus on productivity, unplanned distractions reduce efficiency. Don’t start your day with notification son social platforms and emails. Often people unknowingly tend to spend extra times while going through these notifications and happen to start the day late.

Enjoy short recess. Give some break to your official time for yourself, might be for only five-minutes to overcome mental fatigues. Instead of checking social media, use the time feeling refreshed and rejuvenated. Take a short stroll, do some mild stretches, or eat a quick snack. These small breaks can keep you energized for the whole day.

Enhance skills. Make it a practice to learn new tools and resources to enhance your productivity. There are several online learning platforms where you can remain updated with knowledge. Just you need to spend only five minutes to learn a time-saving function via quick tutorial will be of immense help.

Stop multitasking. Many think that being multi-tasking, one becomes more productive. But the fact is that the opposite is true, mainly in CAD. Research says that in an attempt to do several tasks at once proves to be slower than performing them one at a time. Instead, focus on one task and do it with full potential for the best outcome.

Hope this information helps you in your career.

Are you looking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions. We offer one of the best training courses in CAD CAM in Pune. If you want to take up training in design processes, you should have a good hold over the subject and with our quality and structured CAD/CAM courses, you can remain ahead of the competition.

We guide and support in enhancing skills in AutoCAD programs and help you grow in this field.

If you want good industry opportunities in CAD Cam jobs in Pune, then join our CAE Institute in Pune.

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How To Convert Mylar Aerospace Drawings Into CAD

What is Mylar?

Mylar is a polyester film (BoPET (Biaxially-oriented polyethylene terephthalate) which is made from extended polyethylene terephthalate (PET).

Mylar has been in use since a long-term in engineering drawings owing to its stability compared to paper, over time, it also degrades, and the accuracy of drawing gets a negative impact. Mylar is yet sometimes used for printing CAD drawings because when a printed drawing is needed, schematics on Mylar indicates both the depth and dimension of the finished project better than blueprints or diazo prints.

Conversion Into CAD

With the advancement of CAD programs, and, the emergence of 3D modeling, many companies today are in a process of taking their previous drawings into digitized storage capacities.

The aerospace industry is mainly interested in converting the drawings because of the longer life of aircraft and the much-needed upkeep, maintenance and replacement of parts which are necessary for safe operation.

Some aerospace drawings were created and stored on mylar sheets, to avoid any underlying CAD drawing to refer. But as Mylar drawings, when ages, deteriorate, and since these drawings don’t have any associated CAD file, it becomes essential to scan and convert them into CAD drawings to preserve them.

To mention, CAD drawings are easy to store, to make an access, to transfer and also to retrofit than paper or Mylar drawings. In fields like military and business, success depends on the pace with which information can be deployed. Creating 3D models from the Mylar drawings also makes it easier and rapid to upgrade the parts and systems of aircraft.

Tinker Air Force Base’s Engineering Data Support Center (EDSC) is one organization to mention, who has successfully converted their aircraft engineering drawings. Their main goal was to integrate Mylar aircraft engineering drawings into CAD work atmosphere through scanning, digitization, and conversion to CAD.

But a frequent issue that comes up during conversion from Mylar or paper into 2D or 3D CAD is to find a way to maintain a precise tolerance of +/-.005″ accuracy over any five- or ten-inch area for the digitally scanned files.

The biggest concern with very old Mylar sheets is that they were exposed to extremes of temperature which causes stretching in the drawings which affect the accuracy of the drawing.

Also to mention, Aerospace Mylar drawings are “un-dimensioned.” The sizes and relationships of un-dimensioned features are measured by scaling the original drawing or by scaling a stable duplication made from it. Un-dimensioned drawing can be identified by the letters PCM or “Photo Contact Master.”

All of the above-mentioned attributes must be considered during the conversion process since the exact accuracy of final CAD file is of great significance.

Hope this information is of help to you. Keep visiting this space to know more.

Are you seeking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions. We offer one of the best training courses in CAD CAM in Pune. If you want to do training in design processes, you must have a good hold over the subject and with our quality and structured CAD/CAM courses, you can remain ahead of the competition.

We guide and support in enhancing skills in AutoCAD programs and help you grow in this field.

If you are looking for good industry opportunities in CAD Cam jobs in Pune, then join our CAE Institute in Pune.

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The Facts That You Need To Know About 3D Printing

As per market predictions, the 3D printing market is to rise in the world between 2016 and 2022. The prediction includes all types of 3D printing, from desk-top hobby printing to industrial printing, industrial 3D printers are expected to own the largest share of the printing market during the expected period owing to the following reasons:

  • Rise in accuracy every part of dimension

  • Rapid speed of printing

  • Introduction of new materials

The rapid development in 3D print technology enabled companies to yield complex components, prototypes, and small-series components. What was once a multi-step process is now a focused production workflow.

Speed, specification, and variety of materials enable the usage of industrial 3D printing in a wide variety of industries, like the following:

  • Defence and aerospace

  • Automotive

  • Engineering

  • Healthcare

3D Printing and 3D Technologies

You should know that certain CAD trends which are more important in one sector, might be less significant in another. Knowing that there are various sectors, a report list by Business Advantage points at key areas of importance to the market sector:

2D Drafting, Virtual Reality is more important in AEC, along with BIM

CAM, PDM and 3D printing in production, along with PLM and 3D Scanning

Simulation or CAE are reserved for large companies

Concurrent engineering used in medium level and big companies

3D CAD Outsources and 3D Printing

While some service bureaus have a 3D print technology and can print in various materials, most of the outsourced printing is lowered to the AEC market. Rather, printing construction models are better over previous methods of hand-building display models, which provide stakeholders with a scale model of a final project.

But, many users of industrial printers, like automotive, manufacturing, healthcare, aerospace and defense have their respective in-house printers. Even then there are pieces of the 3D process which they might lack, and that certain companies regularly provide:

  • 3D scanning of an existing but undocumented part, production of a 3D CAD file, and transformation to an STL file for printing on a customer-owned printer

  • Transformation of a 3D CAD model to an STL file to print

Most CAD users know what they can achieve with 3D models. But, with the growth of the linked technology between 3D scanning and 3D printing, they know that though there are specific tools in many CAD programs to help conversion of a 3D scan into a printable model, it is rarely a straightforward process.

Hope this information is of help to you. Keep visiting this space to know more.

Are you seeking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions. We offer one of the best training courses in CAD CAM in Pune. If you want to do training in design processes, you must have a good hold over the subject and with our quality and structured CAD/CAM courses, you can remain ahead of the competition.

We guide and support in enhancing skills in AutoCAD programs and help you grow in this field.

If you are looking for good industry opportunities in CAD Cam jobs in Pune, then join their CAE Institute in Pune.

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Cartesian Coordinate System For The CNC Machines

CNC machines Axis:

A CNC program involves the input of coordinates of the tool endpoint to yield any machining profile, and it is necessary to follow a proper coordinate system.

Cartesian coordinate system:

The entire machine applies the Cartesian coordinate system owing to its simplicity. The basic axes to be assigned are the rectangular and the rotary axes.

To designate the axes:

Z-Axis and Motion:

Location:

This axis movement is either along the shaft pivot axle or parallels to it. If it is a machine without a shaft like the shapers and planers, it is noted as perpendicular to the table, which passes through the controlled point.

Direction:

The tool moving away from the work-holding surface is assigned as the positive Z direction. So in a drilling machine, the drill which moves into the workpiece is the negative Z direction.

When there are different shafts and slideways:

In such cases, the primary Z movement is kept closer to the primary shaft. The tool movements of other spindle or slides, which are termed as secondary and tertiary movements, are marked as U, V, W and P, Q, R respectively. For other machines like the shaper, planer etc., the positive Z movement enhances the clearance between the work surface and the tool holder.

X-Axis:

This is the principle motion direction in positioning the plane of the cutting tool.

Location:

It’s perpendicular to the Z-Axis and is horizontal and parallel to the work holding surface.

Direction:

If you look from the principle spindle towards the column, the positive X is to the right. For rotating machines, it is radial and parallel to the cross slide.

Y-Axis:

It is at ninety degrees to both X – and Z – axis.

Rotary Motions:

A B and C movements define the primary rotary motions.

Location:

These movements are about the axis parallel to X, Y, and Z respectively.

Direction:

Positive A, B, and C are in directions which advance right-hand screws in the positive direction of X, Y, and Z respectively. The fingers of right-hand points towards the positive direction of the rotary motion. All the above-mentioned alphabets, is the reference to a point, with controlled movement.

This point is the tip of the cutting tool. Often the tool point does move in certain directions, e.g., the quill of a spindle of a vertical milling machine moves only in the Z direction but not in X and Y directions. In such situations, the work surface is usually motioned in a direction like – X and – Y. Such movements, – X or –Y are signified as + X or + Y respectively.

Hope this information is of help to you. Keep visiting this space to know more.

Are you seeking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions. We offer one of the best training courses in CAD CAM in Pune. If you want to do training in design processes, you must have a good knowledge of the subject and with our quality and structured CAD/CAM courses, you can remain ahead of the competition.

We guide and support in enhancing skills in AutoCAD programs and help you grow in this field.

If you are seeking for good industry opportunities in CAD Cam jobs in Pune, then join our CAE Institute in Pune.

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How Help Projects Happen Faster In Mechanical Designing

This blog is a guide to improve the turnaround of both mechanical designing and making of prototypes parts during an early stage of the development program of a product or technology.

Besides the complexity of the development of a product development, there will be something new which carries risk. Delays at the start of any project can cast a big shadow in several ways on a project.

Know the risks

Once an idea has to be developed, identifying the risks must be first detailed. Begin with a design failure mode and effect analysis (DFMEA). For many of us, it is difficult to leave a document halfway, but it’s significant to get the result. Leaving the DFMEA too late, to show final due diligence and complete the design documentation, will not disclose the risks. Finding the concern and to rate them by a relative severity then imagined occurrence. Multiplying the ratings will yield a Risk Priority Number (RPN) to rank the concerns.

Parallel Designing

For each known risk, beginning with the highest risk priority number, where possible design a test piece. These simple pieces must be quite simple to make and test fast. Parallel ways, the design of the final assembly must be started. There would be changes to the design but a large proportion of the work will reduce the overall time to complete. Development engineering is not inefficient one, but high-performance activity. With speed being important there is some wastage of engineering time and materials.

Sourcing Parts

To source, low volume parts on a fast turnaround are challenging. Online rapid machined or molded services are available between the following day and one week. A workshop with a few experienced employees could produce quality parts on a rapid turnaround. They are mostly local and often don’t have any online presence, but operates verbally, so you need to ask everyone and keep a contact book.

Feedback

As results always influence the design, both test assemblies and the final assembly design, update the FMEA and manage the next highest RPN. Keep a focus on the highest risk concerns and do not get stuck lowering one concern to the lowest score.

Mapped Process

The constant change in focus and rework of the final assembly might appear chaotic, but using the DFMEA and workflow is the best way to communicate the risks and progress of the project to the team. The process can rapidly lower the chances of an accidental delay of the project but also keeps the focus of the team on a few critical aspects.

Hope this information is of help to you. Keep visiting this space to know more.

Are you seeking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions. We offer one of the best training courses in CAD CAM in Pune. If you want to do training in design processes, you must have a good hold over the subject and with our quality and structured CAD/CAM courses, you can remain ahead of the competition.

We guide and support in enhancing skills in AutoCAD programs and help you grow in this field.

If you are looking for good industry opportunities in CAD Cam jobs in Pune, then join their CAE Institute in Pune which offers the best training through mechanical design engineering courses

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What Safety Factors To Consider In Design Engineering

To make your designs flawless, the design engineers have to consider several factors while creating a part or a component. Designing needs imaginations and creativity. And to mention, one of the most important qualities needed for creating parts or products is safety…and the entire industry stands up on the same note to produce safe products and componenets for use by consumers.

With this context, we mention the terms “Factor of Safety” or FoS and “Safety Factor or SF, and there are many definitions and calculations which might be referred as well.

Factor of Safety

This refers to either of the following: 1) actual load-bearing capacity, or 2) the most important safety margin.

A fundamental equation to calculate FoS is to divide maximum stress by working stress. A FoS of 1 means that a structure or component will fail when it reaches the designed load, and cannot support any extra load. Structures or components with FoS < 1 = not viable; basically, 1 is minimum. With respect to the equation, a FoS of 2 = a component will fail at a rate of twice the design load.

Different industries come with different ideas the needs safety margin; one of the problems with using a FoS or SF is the measure of ambiguity. If the result of failure are significant, like loss of life, personal harm, or property loss, a higher FoS will be required by design or by law.

Other factors to consider before designing parts with safety in thoughts.

Depending on a product’s application, both design and individual parts need to be looked after accurately as possible for anticipated conditions. The below mentioned points could help you design engineers to relate for real-world conditions, and create a better product.

Intensity of stress; which components are put under more stress, quite often?

Is thermal cycling a problem? How it impacts function, or the materials used?

Can scheduled maintenance occur? Will it happen regularly, and be of same quality every time?

How combination of materials used put an impact on overall design?

Is the structure would deteriorate through corrosion?

With the above questions, we conclude now.

Hope this information is of help to you. Keep visiting this space to know more.

Are you seeking for CAD CAM certification course in Pune?

Then you must join CRB Tech Solutions. We offer one of the best training courses in CAD CAM in Pune. If you want training in design processes, you must have a good concept and understanding of the subject and with our quality and structured CAD/CAM courses, you can remain ahead of competitions.

We guide and support in enhancing skills in AutoCAD programs and help you grow in this field.

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

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