Sheet Metal Design with SolidWorks | Australia Hotels

SolidWorks software has been specifically designed to assist engineers with the creation of sheet metal parts. Used primarily to bridge the gap between designers and sheet metal manufacturers the SolidWorks design program helps keep prices down, and increases production times. SolidWorks’ user-friendly interface enables designers and engineers to model completed parts, generating 3d images that are then used by manufacturers to bring the designer’s vision to life. One of many things that the SolidWorks CAD software makes it possible for engineers and fabricators to do is determine, for purpose of their product, what exactly they mean by sheet metal. This includes factors such as the thickness of the sheet metal. This allows engineers to design sheet metal components virtually and determine whether the material can withstand the pressures placed upon it by the design. Further, sheet metal panels can be labeled and named in order to avoid confusion regarding how many of which panels need to be created. This will also help the production process as all sheet metal panels will be properly marked as to their purpose and how they fit into the overall product design. SolidWorks software will also allow for the design of multiple or layered extrusions, add form radius and other features after the panels have been fitted together in the computer model. This helps the designer and the manufacturer to align perforations, tabs, and various attributes that need to line up on numerous complicated sheet metal panels. The SolidWorks design program enables the design and fabrication of very complicated features. The designer can test tolerances and clearances during the design phase to ensure that the product can be easily assembled. Using this software designers can view designs with small spaces which will allow the software to unfold the computer model. This feature will be useful when panels that will fit together very closely in the actual product but need to be seen as individual components by the manufacturer in order to assemble them properly. By far the most useful feature of the SolidWorks metal design package is that it allows manufacturers to modify design features as required, unfolding a fold or removing a cut for instance. It can help designers to take into account the effects the alterations could have on the overall design which might not be immediately obvious. The clear advantage of this is that inconsistencies and design flaws are caught prior to the commencement of the manufacturing process, likely saving you a great deal of time and wasted materials. Engineers find themselves able to move a product from conception and modeling through to a workable design more easily if they use the SolidWorks metal design software. When the design is clearly shown and easy to interpret, the manufacturer will be able able to produce sheet metal panels with greater accuracy, resulting in a more efficient production process. Increased efficiency results in shorter production times, less material being wasted, lower production costs all round, and a higher profit margin. Marc Anderes is the VP of Operations of Maloya Laser that is dedicated to Laser Cutting and Metal Manufacturing with advanced laser technologies, servicing aerospace, scientific, transportation, medical and machinery needs.

This entry was posted on Tuesday, April 24th, 2012 at 10:28 am and is filed under . You can follow any responses to this entry through the RSS 2.0 feed. Both comments and pings are currently closed.

Sheet Metal Design with SolidWorks | Feld Man Advertising

The SolidWorks computer program has been designed to help engineers with the design of sheet metal components. Largely used to bridge the gap between those who design the parts and those who manufacture the actual sheet metal parts, sheet metal design manufacturing with SolidWorks helps to keep prices down, while increasing production times. SolidWorks allows users to model completed parts, producing three-dimensional images that can then be used by fabricators to bring the engineer’s vision into being. One of many things the The SolidWorks computer program helps designers and manufacturers to do is to clearly define, for the purpose of their project, exactly what type of sheet metal they will be using. This is done by inputting factors such as the thickness of the metal. This allows engineers to design sheet metal components in the flat state, and determine whether the material can indeed withstand the pressures placed upon it by the design. Further more, sheet metal panels can be labeled and named to avoid confusion concerning how many of which panels to fabricate. Later, this also helps the manufacturing process as all sheet metal panels will be accurately marked with information about how they fit into the overall sheet metal design. The SolidWorks computer program further allows for the addition of form radius, multiple or layered extrusions and other features after the product has been assembled in the computer model. This will help the designer and the manufacturer to align perforations, tabs, and other characteristics that need to be lined up on several complicated sheet metal panels. The SolidWorks design program enables the design and fabrication of very complicated features. The designer can test tolerances and clearances during the design phase to ensure that the product can be easily assembled. Using this software you can put together designs using small spaces so as to allow the software to unfold the computer model. This allows design features to stand out, so that they will be seen clearly. This feature will be useful when the panels will be touching in the actual product but need to be viewed as individual components by the manufacturer so that they can be properly made. One of the most useful features of the SolidWorks design package is that it will allow manufacturers to modify the design as required. It can help designers to consider that the design changes might have an effect on the overall design. The clear advantage of this is that design flaws and inconsistencies are found before the manufacturing process begins, possibly saving you a lot of wasted time and money. Engineers find that they are able to move a product from conception and modeling through to a workable design more easily if they use the SolidWorks metal design software. When the designer’s plan is clearly laid out and easy to interpret, the manufacturer will be able able to construct components which will perform exactly as the designer intended, resulting in a more efficient production process. Efficient production results in lower production costs, less material being wasted, shorter production times, and a higher profit margin. Marc Anderes is the VP of Operations of Maloya Laser that is dedicated to Laser Cutting and Metal Manufacturing with advanced laser systems, servicing aerospace, scientific, transportation, medical and machinery requirements.

This entry was posted on Saturday, April 21st, 2012 at 2:14 pm and is filed under . You can follow any responses to this entry through the RSS 2.0 feed. Both comments and pings are currently closed.

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EngNet - Welding fabrication of sheet metal - V&F Sheetmetal Co. Ltd.

If you can produce a sheet metal deigned component which can be produced in one part this is nearly always the best approach. However, if you have to design a component that has two or more thicknesses of sheet metal, profile that would be materially inefficient to be CNC punched from one piece, impossible to be manufactured in one or needing water tight joints. As with spot welding; tungsten inert gas (TIG), metal inert gas (MIG) or gas welding enables you to bring these parts cut from sheet metal together into one fabrication. You have to be aware that a physical witness of the welding process will be seen and a heat affected zone (H.A.Z.) which will be visible as a burn mark on either side of the weld on the surface of the sheet metal. The weld line can be cleaned back to the parent sheet metal and if the part is painted or polished the welded joint can be be made invisible in the final sheet metal fabrication.

For lots more information on welding sheet metal assemblies please take a look at http://www.vandf.co.uk/plant-list/welding/

Click here for more Product Details from V&F Sheetmetal Co. Ltd....

Sheet Metal Manufacturing with SolidWorks|SolidWorks and Sheet ...

SolidWorks CAD software has been specifically designed to aid manufacturers with the design of sheet metal parts that can be easily manufactured. Used primarily to bridge the gap between those who design the parts and those who manufacture them, SolidWorks helps keep costs as low as possible, while increasing production times. The program allows users to model completed parts, creating 3D models which can be used by manufacturers to build the final product One of the interesting things the The SolidWorks computer program makes it possible for designers and manufacturers to do is to define, for purposes of their product, what sort of metal they will be using. This is done by inputting details such as how thick the sheet metal is. You can then design sheet metal components virtually and determine whether the material is strong enough withstand the pressures placed upon it by the design. Additionally, sheet metal panels can be named and labeled so as to avoid confusion about how many of which panels should be fabricated first. This will also help in assembly by ensuring that all components panels are properly labeled with information such as how they fit in the overall sheet metal design. SolidWorks CAD software also allows you to add form radius, multiple or layered extrusions and other features after the product has been assembled in the virtual design. This helps both the designer and manufacturer to align perforations, tabs, and other attributes that need to be lined up on several complex sheet metal panels. The SolidWorks computer design system allows the design and fabrication of very complex features, allowing both designers and fabricators to verify tolerances and clearances, ensuring that the product which the engineer has designed can actually be fabricated and, eventually, assembled. The software enables to designers to create designs using small spaces between the panels so as to allow the software to unfold the computer model. This allows design features to stand out, so that they will be seen clearly. This feature will be extremely useful when the panels will fit together very closely in the actual product and need to be seen separately by the manufacturer so that they can be properly made. One of the most useful features of the SolidWorks design application is that it allows manufacturers to modify design features as required, unfolding a fold or removing a cut for example. It will also help designers to take into account the impact the alterations might have on the rest of the design which might not be immediately obvious. The main advantage of this is that any design flaws will be found prior to the start of the manufacturing process, potentially saving you a great deal of wasted time. Engineers find themselves better able to move a product from conception and modeling through to a workable design if using the SolidWorks metal design software. When the design is clearly laid out and simple to implement, fabricators are able to construct sheet metal panels with greater accuracy, leading to a more efficient production process. Efficient production will lead to lower production costs, less material waste, shorter production times, and a higher profit margin. Marc Anderes is the VP of Operations of Maloya Laser which specializes in Metal Manufacturing and Laser Cutting with state-of-the-art laser systems, for aerospace, scientific, transportation, medical and machinery needs.

This entry was posted by admin on April 21, 2012 at 2:19 pm under . Both comments and pings are currently closed.

Welcome to KippsDeSanto – Industry Week in Review – April 20, 2012

A recent DoD report, released on April 18, suggests that Congress should lift restrictions on commercial satellite exports to eliminate existing headwinds in the U.S. space manufacturing market.  Currently, commercial satellite exports are regulated by the U.S. Munitions List (“USML”), grouped with other defense-related artifacts such as firearms, missiles, military vehicles, and warfighter training equipment.  The Obama Administration’s current proposal suggests moving commercial satellites to the Commerce Department’s Commerce Control List in an effort to reduce pressure on the U.S. commercial satellite industry and alleviate associated risks to broader national security.  The revision of the regulations is part of a comprehensive strategy to rebuild the USML and introduce new export control reforms, with an overall goal to create “higher walls around fewer items.”

In a related story, the Air Force announced this week its intention to launch the second Advanced Extremely High Frequency (“AEHF”) communications satellite on May 3, as part of the effort to replace the legacy Milstar constellation and provide secure, high-integrity, jam-resistant communication support to senior military and government officials.  The third AEHF satellite is expected to launch in September 2013, a fourth satellite is on contract, and two more are expected to be procured by the end of the upcoming summer.

Big Movers

MAXIMUS, Inc. (Up 7.0%) – Shares rose this week after the company announced that it has signed a definitive agreement to acquire Denver, CO-based Policy Studies Inc. (“PSI”) for $67 million.  PSI helps administer various government health programs, including Medicaid and the Children’s Health Insurance Program, welfare-to-work programs, and child support enforcement initiatives.  The acquisition is expected to help bolster MAXIMUS’ position in the increasingly lucrative government health market.

TransDigm Group Incorporated (Up 5.4%) – Shares rose this week after analysts reported confidence that the company will raise adjusted earnings-per-share (“EPS”) estimates meaningfully during reports next month.  Analysts rationalize the higher EPS estimates through a combination of further McKechnie upside, AmSafe accretion, and continued aftermarket strength.

Relevant Transactions

HEICO Subsidiary Radiant Power Corp. acquires the aerospace assets of Mortiz Aerospace, a designer / manufacturer of next generation wireless cabin control systems, solid state power distribution and management systems, and fuel level sensing systems for business jets, military / defense aircraft, and general aviation consumers.  The acquisition enables Radiant Power to provide a full suite of power control and cabin electronics solutions.  Terms of the deal were undisclosed.

Venture Aircraft, LLC acquires certain assets of Swift-Cor Aerospace, Inc., a producer of precision computer numerical control (“CNC”) machined and sheet metal parts, as well as assemblies, for commercial jets, business jets, and military aircraft, among other aerospace platforms.  The combined entity will now operate as Impresa Aerospace; management views the acquisition as instrumental towards being able to tackle growing demand driven by rapidly increasing aircraft build rates.  Terms of the deal were undisclosed.

Waveland Investments acquired NTE Aviation, an aftermarket reseller of airplane engine and airframe components.  NTE engages in the sourcing and reselling of engine and airframe parts to / from MRO facilities, OEMs, airline operators, and leasing companies.  The company is well recognized within the aviation industry as a specialist in the regional airline turboprop engine and airframe segment, in addition to Boeing 737 Classic applications.  Terms of the deal were undisclosed.

Click here to review comparable company analysis.

Autodesk Inventor – How it is used? | articleshub4.in

Author: Kimberly Smith

Autodesk Inventor is 3D solid modeling software used for creation of 3D mechanical design models along with proper visualization and stimulation. Autodesk Inventor is far ahead and advanced in technology than 2D, 3D AutoCAD software of Autodesk. Autodesk Inventor can be directly compared with 3D mechanical softwares like Solid edge and Solid works.

Types of Engineering Design:

Autodesk Inventor is capable of creating following types of mechanical engineering design:

Assembly Design:

One can create 3D mechanical models of different types of complex assemblies in Autodesk Inventor. With the help of design accelerators we can easily check that each and every assembly perfectly fits or not. Thus by using Autodesk inventor we can obtain 3D assembly models with high accuracy and quality without interferences. One can also control, edit and manage the data obtained from large complex assembly drawing using various tools provided by Autodesk inventor. There are number of features available for assembly design which are as follows:

1. Frame Generator
2. Interference Analysis
3. Contact Detection
4. Content Centre Manager
5. Configuration of Assembly
6. Assembly snap tool Manager
Design of Plastic sub components or parts:

Inventor provides high flexibility to engineers by matching Inventor geometry with actual exterior models designed in any other industrial software. Thus by defining the external geometry of plastic product, mechanical engineers start incorporating the changes in the product quickly without any waste of time. Designing of plastic components in inventor provides following special features:

1. Surface Quality Analysis
2. Shape description
3. Fillets
4. Molded part definition

Metal Parts and Sheet Designing:

We can use Autodesk inventor for designing of sheet metal parts along with its 3D modeling of a prototype. Manufacturing details can also be added and thus an accurate 3D model of sheet folding can be created using inventor. Major features included in metal sheet design are:

1. Metal styles for sheets
2. Metal fasteners
3. Punch libraries
4. Metal sheet shapes
5. Metal sheet drawing

Cable Design:

Every electrical component design requires accurate cable design thus we can create 3D prototype model of cable paths and also can calculate cable lengths, void diameters etc. One of the special feature of Autodesk inventor for cable design is Automatic wire routing.

Molds Design:

One can easily create 3D models for design of injection plastic molds which are further used by plastic parts manufacturing industries. Thus quick and accurate creation of injection molds helps in increasing overall productivity.

Cad Transferability and Data Exchange Flexibility:

One can import and export dwg or dwf AutoCAD files easily using Autodesk inventor. Inventor can also exchange data accurately with software’s like Catia, AutoCAD, Pro E, Solid works etc. and thus provides high flexibility of data transferability. We can perform following operations easily for an imported AutoCAD file in inventor:

1. Opening CAD file
2. Saving DWG file
3. Import AutoCAD templates and hatch patterns
4. AutoCAD block browser with material properties

Autodesk Inventor Special Features:

1. High level of Rendering and Animation of models
2. High quality of visuality of materials
3. Advanced options for controlling shades, lighting as well as material properties
4. Flexibility in importing CAD files

Article Source: http://www.articlesbase.com/business-opportunities-articles/autodesk-inventor-how-it-is-used-5832388.html

About the Author

Tesla Outsourcing is a CAD Specialist firm provides CAD Services includes Architectural Services, Structural, Mechanical Design Services and BIM Services at competitive rates across the globe.

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