Computer aided engineering
  Computer Aided Engineering >> Products
 
  3D Product Design
 

Client: A tier-1 plastic supplier from Michigan.
Challenge: To develop plastic product designs from concept sketches.

 
Method: Espoir’s cross functional team
consisting material experts, CAD / CAE experts, tooling experts along with the system integration professionals approached the challenge in a holistic way. The stress was on cost reduction as per the principles of value engineering without affecting the quality....
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  Design of Transfer Dies
 

Client: A Tier-1 automotive stamping supplier from Nagoya.
Challenge: To design and develop a transfer die with side actions at a speed of 48 strokes per minute.

 
Method: Espoir team had a multi-prong approach to this challenge considering the thickness of the sheet metal part, material involved. Team did a CAE analysis and optimized the number of stations considering the strength of the steel sections and the expected life of the Die...
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  Design of Plastic Injection Mold
 

Client: A consumer electronics major from Osaka
Challenge: Develop 3D design and CAM programs for a multi cavity injection mould

 
within three weeks time as per concurrent engineering.
Method:
Espoir cross functional team consists of CAD, Mold Design, Mold Steel, Mold flow, Mold Assembly experts analyzed and project and prepared a plan to approach the project based on the principles of concurrent engineering...
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  Plastic Flow Analysis
 

Client: A major injection molding company from Ontario.
Challenge: To reduce the wall thickness of an under the hood functional part of an automobile

 
without affecting its thermal as well as load bearing properties.
Method:
The Espoir team analyzed the various permutations and combinations in which a large number of engine models, transmission systems and chassis, customers are selected by the end user as part of the customization...
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  Customization of the Design Software
 

Client: A large injection mold manufacturer from Singapore.
Challenge: Automating the design process with manufacturing and

 
achieve faster turn around time.
Method:
Espoir team suggested reengineering the design-manufacturing interface. This helped to customize the CAD software so that the 70% percentage of the designs started automatically occurring in the established manufacturing processes of the company...
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  CAE Process Automation
 

Client: A major auto component company from Pune, India.
Challenge: CAE analysis of the finished product after various degrees of customization.

 
Method: The Espoir team analyzed the various permutations and combinations in which a large number of engine models, transmission systems and chassis, customers are selected by the end user as part of the customization...
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