| |
Rev Up Design Innovation and Automotive Product Development
Innovate Quicker
Today's economy, more than ever, forces product development, creativity and a fast succession of new models in order to remain profitable in the market. The power to reduce product development cycles and development costs can be achieved by sharing pricey engineering capabilities and dynamic, inexpensive collaborations to design swiftly and efficiently more and multiple products. This is a great improvement in the product development process.
Collaborate Better
Effective and early partnership is absolutely critical, with up to 70% of a product's total life-cycle costs being outlined during the early phases of product development. Having a supplier that understands the demands and challenges of your product development process and is in a position to help meet those challenges adapts well to faster creativity capacity and capability.
Manage Engineering Changes
Engineering changes typically happen at a rapid rate during the design, assembly, and testing phases. A change to the product development project can affect many documents. Utilizing the newest
CAD/CAM/CAE/PLM technology can aid in avoiding bad mistakes by making sure that changes made anywhere in the procedure mechanically update all product paperwork, including parts, assemblies, and systems drawings.
If you are not currently using commercial standard solutions, implementing this capability will require a big upfront investment of not only money, but also time. Acting as an extension of your team, they can offer the targeted services you will need to quickly develop leading edge designs, and create professional product development and project paperwork efficiently.
With more electronic and software content used in product development, hybrid power trains, drive-by-wire systems, complex infotainment systems, highly optimized aerodynamic and vibration behavior, it helps to be in a position to firmly integrate the domains of mechanical, electrical and software engineering. You want the power to work unfettered with ECAD and MCAD information. Electronic devices can be checked for efficient cooling by simulating convection and conduction inside their designs.
With engineering services you can investigate the physical behavior of designs with simulation to improve time to market and reduce mistakes later in the product development cycle. You can also conduct quick stress analysis to be sure that parts can carry expected loads, and improve designs by reducing weight without sacrificing strength. These capabilities help cut development cost by reducing the quantity of needed physical prototypes.
|
|
