The designs done using are of high quality and fewer errors are likely to occur when compared to manual drawing. If errors occur, they can easily be corrected and the design can be modified using the computer technology. Moreover, the design can be zoomed in and out for obtaining distinct views of the parts or components of the drawn object. With the CAD software, the designer can scale the image as per the needs and guidelines. In case the designer wants to add additional properties to an object, the Computer Aided Design software provides the option to create such custom properties.

The computer hard drive saves the data drafted with CAD. Hence, the backup is automatically created, which reduces the risk of losing the data. Furthermore, an easy conversion of 2D drawings into 3D is also possible with the use of CAD technology.

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CAD translation is needed for many reasons. It allows collaboration between OEMs and their suppliers, and communication between electrical and mechanical design engineers working in parallel on the same projects. Systems with long product lifecycles, such as military hardware, may have been engineered using which are now out-of-date and no longer supported by the vendors. In order to avoid the costs and problems of accessing this data, it needs to be migrated into modern systems, for which CAD translation tools are needed.

There are many CAD migration packages on the market, but few support all platforms. Interoperability between ECAD and MCAD systems is a major challenge in the engineering industry, especially now so many mechanically engineered products have factory-fitted embedded firmware.

Back in 1999, a NIST (National Institute of Standards and Technology) study reported CAD translation costs were $1 billion per annum for the automotive industry alone. Today, the costs are even higher. Much of this is down to the incompatibility of CAD design formats between engineers and OEMs. In 2007, a survey revealed that when OEMs exchanged 3D rendering and modeling data with engineers, what they received back was in its correct format less than 35% of the time.

At ¿Û¿Û´«Ã½ Technologies, we offer a wide range of CAD, CAM, and CAE services. Our CAD translation solutions support most platforms.

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Your plan should include adequate resources for filing and retrieval of all engineering BOMs. This can be done easily with specialist BOM management software. Depending on the system installed, you can make and record BOM changes, create assembly reports, and BOM scrubs archived data.

You can also use BOM software as a component cross-reference tool to check which components have been used in previous projects. This can cut costs enormously, avoiding the need to build parts from scratch.

A mere 8% of the budget for a new product is spent during the design phase. However, that design has already determined 80% of all future spending, 60% of it at the creative concept phase. An ill-thought creative concept idea can be perilous to profits once you get to the manufacturing stage – not through the design itself, which may be brilliant, but through the costs incurred during the product lifecycle. However cutting-edge a new bag-less vacuum cleaner or hybrid auto is, it’s no use if you have to price it out of reach of the consumer market in order to break even.

Understanding the importance of things like regular BOM scrubbing is essential to modern engineering. We at ¿Û¿Û´«Ã½ Technologies are experts in the fields of mechanical design and high-tech component engineering, with tailored to your exact requirements.

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Around 70% of a product’s design costs are realized before it goes into production, after which there is little leeway for reducing them. Post-production decisions can add a further 10 – 15%. The rest is taken up with administration, sales and marketing, product distribution, etc, which are usually part of overall company policy.

When cost reduction consultants look at how to improve company profits, generally the first thing they suggest is to reduce R & D (research and development) expenses. They will place the emphasis on sales, marketing and other post-developmental areas. However, this is tackling the problem from the wrong direction. In both electronic and mechanical engineering, the main costs are decided at the point of inception – when the initial CAD drawings are done. Effective cost reduction management takes place at the very start of the design cycle.

Experienced cost reduction analysts see two common and recurring problems with new technology, such as novel ASIC designs. The first is underestimating how quickly the product can be undermined by the competition, mistakenly believing sales figures will continue to outshine costs. The second is miscalculating production costs, causing last minute design changes, extended periods of development and added manufacturing costs. Poorly budgeted manufacturing BOMs and poor obsolescence management are other areas of concern. We at ¿Û¿Û´«Ã½ Technologies employ experienced cost reduction analysts, and offer a comprehensive range of component engineering services including BOM cleansing and obsolescence management.

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The 3D render process combines 3D modelling with photo realistic rendering. Using industry software, a physical object is created as a 3D wire-frame model on screen. This is then converted into a photorealistic image using techniques like texture mapping. In CAD animation, good quality 3D rendering can be almost indistinguishable from film footage. 3D Max Rendering has been used for video games, commercial TV productions and movies such as Avatar and 2012, as well as engineering and architectural design.

It would take several volumes to explain the full process of 3D photorealistic rendering. Basically, the image is generated from either a single wire-frame model, or a group of models (called a scene file). The more complex the scene file, the more difficult the process becomes, as attention must be paid to geometry, shading, texture, lighting and view points (as in traditional art). Otherwise, the effects can be unrealistic and, in the case of CAD animation, cartoonish.

We at ¿Û¿Û´«Ã½ Technologies employ a skilled team of 3D rendering experts, who using the latest 3D Max Render software can make your own design sketches an exciting reality.

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• Fit and function of individual components within the assembly
• Materials
• Ergonomics
• Aesthetic appeal
• Component engineering methods – each individual part of the design must be manufactured to reflect materials, complexity of shape etc.
• Costs of production and assembly.
• Product lifespan

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PLM data management is far more complex than a single piece of software. It relies on a battery of tools and practices that work together, managing a single stage of production, uniting different stages or managing the entire . Some system software providers offer products filling a particular niche, while others cover the entire process. Similarly, some applications cover more fields than others, often packaging several modules together.

Many product lifecycle management fields overlap, and some software apps support more than one area; a single data model supporting a package of several modules is generally the best approach, to avoid unnecessary duplication. Two important areas of are the reuse of acquired knowledge for new projects, and the co-ordination of projects running concurrently.

There are five main areas of PLM management:

• System development and engineering – focuses on meeting primary customer needs and co-coordinating all elements of the systems design process.
• Product/portfolio management – manages allocation of resources, and tracks progress.
• Product design.
• Manufacturing processes.
• Product Data Management – captures and maintains information on products during development and lifespan.

PLM concerns not just product data management, but the technology, people and processes involved as well. Integrating all this is a mammoth task, even with the specialised system software packages available. We at ¿Û¿Û´«Ã½ Technologies offer a full range of enterprise data management solutions to help you cope.

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