What do Industries want?

Transcription

1 Why Buy SolidWorks?

2 What do Industries want? First Time Right Least Cost Designs Consistent Product Quality Improved Customer Satisfaction Value Analysis & Value Engineering Shortest possible Product Development Time Improved USP for their products Increased Profitability

3 Presence of SolidWorks

4 How does SolidWorks address these? Design for Cost Design for Manufacture Design for Quality Marketing by Design Productivity in Design Collaborative Engineering Design for Performance Best-in-Class Processes

5 Design for Cost Manufacturing Cost Estimation Design Optimization for Cost Customized costing inputs based on company and regional conditions Assess manufacturing cost for sheet metal and machined parts in real time with automatic updates every time the design is changed

6 Design for Manufacture Compare Design to standardized manufacturing rules to assess if Design can be produced Quickly understand if parts can be easily removed from mold, cast, or form tooling Easily assess if Sheet Metal Parts can be developed from flat stock Drilled hole Milled Feature/ Turned Part checks Sheet metal checks hole diameters vs. available tooling, hole-to-edge distance, hole spacing, bend radii Standard hole size checks checks hole vs. available tooling Injection molding checks maximum and minimum wall checks

7 Design for Quality TolAnalyst is a tolerance analysis tool used to study the effects tolerances and assembly methods have on dimensional stack-up between two features of an assembly. The result of each study is a minimum and maximum tolerance stack, a minimum and maximum root sum squared (RSS) tolerance stack, and a list of contributing features and tolerances.

8 Marketing by Design

9 Productivity in Design Automated Design based on Rules Drawing Automation for error-free drawing development Faster Drawing generation for RFQ requirements from Sales Faster response to customer requests

10 Collaborative Engineering edrawings for 2D & 3D Easy customer approval Supplier Seamless Integration Inter-operability with Creo/Pro-Engineer, SolidEdge, Autodesk Inventor

11 Design for Performance Estimate Forces Determine Factors of Safety Optimize for life Value Analysis & Value Engineering

12 Best-in-Class Processes Incorporate DFMEA with CAD data Integrate Microsoft Excel calculations to drive design dimensions Validate Designs for Cost & Performance Ensure consistent Product Quality Upfront Engineering for Manufacturing, Inspection Incorporation of Voice of Customer Doing it Once, Getting it Right

13 Answers to Customer Requirements First Time Right Least Cost Designs Consistent Product Quality Improved Customer Satisfaction Value Analysis & Value Engineering Shortest possible Product Development Time Improved USP for their products Increased Profitability

14 Get Started with EGS India TODAY We help customers achieve success in their endeavours Assured Support Many Satisfied customers since 1993 Help Indian Manufacturing Industries achieve Self-Reliance, Higher Profitability and Compete in Global market with World-Class Products Partner to develop mission-critical technologies and products Contact Today: