Integrate Mold and Tooling with 3DEXPERIENCE Platform for first-time-right design

Major challenge for tool makers is the quick turn around and reduce design to manufacturing cycle time as required in every industry. Every manufacturer’s goal is constant innovation to manufacture products with ever improving quality at the right cost. Maximizing efficiency and reliability of tooling regardless of human and resource related contingencies will accelerate the product delivery.

Tool makers work as a collaborative team and the latest product data is misplaced with the collect, exchange, translate and duplicate of data. Tool makers also collaborate with designers. There are multiple iterations of product data from designer to toolmaker and vice versa. With numerous collaborators, there is bound to be numerous iterations due to defects from manufacturability issues. It is necessary to have various iterations to reach at a refined final product but leads to delays in the tooling delivery.

Other challenges faced by tool makers are:

  • Collaborators use different software for design, simulation and manufacturing leading to high data translation cost.
  • Significant amount of time is spent in integrating product design changes due to excessive engineering and poor standardization.

Integrate Mold and Tooling with 3DEXPERIENCE Platform for first-time-right design

mold

With CATIA Mold and Tooling solution, companies are able to create first-time-right collision-free tool paths  through the fully integrated and collaborative 3DEXPERIENCE platform. Easy access to designs to create the appropriate tooling in a single environment is helpful to interact with collaborators, eliminating the need for data translation and to easily freeze product design.

Features of CATIA Mold and Tooling solution

  • Powerful, flexible, and highly customizable experience to address the mold making requirements and challenges
  • Increased design productivity, standardize tooling design practices, automate design tasks and assist decision-making from simple to complex projects
  • Added value to manufacturing companies to produce high quality products
  • Avoid modification cycles and attached costs with design right the first time
  • Consistently deliver high quality tooling
  • Minimize risk of critical situations
  • Increase competitive edge

3 Key Benefits of CATIA Mold and Tooling solution

  1. Increase productivity and reduce cycle time:
    1. Dedicated capabilities addressing toolmakers’ specific needs
    2. Ease to capture, reuse and grow company resource
  2. Promote standardization and ensure lifecycle integrity:
    1. Single software platform for integrated tooling design and manufacturing
    2. Full 3D visual simulation for reference throughout the process
  3. Enhance quality and bolster innovation:
    1. Automate tasks and assist user decision and enable collaborative engineering

Contact us to know more about how CATIA 3DEXPERIENCE can aid your team for first-time-right design.

High quality electromagnetic simulation and NVH analysis for Electric Vehicles with SIMULIA Electric Drive Engineering package

Electric vehicles are much more complex systems to design than it might appear to be. To meet design requirements, the teams need an environment which will allow them to optimize designs by simultaneously taking the challenges into account. Common challenges for electric vehicles are related to noise and vibrations, thermal management of the heat dissipated by high rotation speeds and electromagnetics losses, proper lubrication of the integrated gearbox, etc.

One of the most complex area in developing an electric vehicle is electric drive systems engineering. Electric vehicle engineering will differ from the traditonal internal combustion (IC) engine engineering as the primary challenge is achieving high power density in a small space. As the electric drive systems are complex, their performance needs to be optimized at various stages and across disciplines.

With the help of model based systems engineering, teams hold the functionality to:

  • Multi disciplinary optimizaiton
  • Manage complexity with model based system engineering
  • Deliver high quality products with less time to market

6 Benefits of Electric Drive Engineering Solution

  • Electromagnetic Performance: Provides an all-in-one collaborative cloud or on premise environment to imagine, create, design, simulate and deliver new mobility concepts and services.
  • Strength & Stiffness: Track ideas from initial concept to customer delivery, with integrated governance to improve productivity and reduce development costs.
  • Thermal Management: Accurate predictions of thermal conditions of drive system, multi scale and multi physics integration.
  • Durability: Deliver robust innovation with proven end-to-end engineering solutions to shorten time-to-market.
  • Gearbox Lubrication: Accurate predictions of oil lubrication of drive systems and provide optimized cooling and lubrication in extreme packaging constraints.
  • Noise and Vibration: Provide enhanced performance while improving component durability with best in class acoustics and vibration simulation.

To know more on this please visit the following link. https://edstechnologies.com/industries/transportation-mobility/electric-vehicles/

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