Five Reasons to Switch to SOLIDWORKS for Product Development

Boost productivity, cut costs, and innovate faster by switching to SOLIDWORKS.

Five Reasons to Switch to SOLIDWORKS for Product Development

An integrated, multi-disciplinary CAD environment like SOLIDWORKS enables product development and manufacturing teams to concurrently leverage the master 3D CAD model for all other design tasks, enabling all stakeholders to work collaboratively with one another. Doing so not only eliminates duplicate tasks and cuts down on errors, but improves collaboration.

Download "The Top Five Reasons to Switch to SOLIDWORKS for Product Development" to learn how switching to integrated SOLIDWORKS solutions boosts productivity, reduces costs, improves quality, fosters collaboration, increases innovation and puts you on a path to establishing and maintaining a smart, agile, effective, and successful product development and manufacturing organization.

design-to-manufacturing process

The top five reasons to make the switch to SOLIDWORKS:

  • Boost Productivity
    • Concurrent, Integrated Design Shortens Time to Market
    • Seamless Integration Promotes Concurrent Product Development
    • Improved Handoff to Manufacturing
    • Better Engineering Change Management
    • Leveraging Master 3D Models to Support Other Functions
  • Reduce Costs
    • Concurrent, Integrated Design Eliminates Unnecessary Costs
    • Minimizing Engineering Change Orders During Production
    • Working with Master 3D Models Saves Money
    • Cutting Prototyping Costs and Field Failures
    • Slashing Training and Maintenance Costs
  • Improve Quality
    • Minimizing Probability of Human Error
    • Updating Design and Everything Else
    • Validating Performance
    • Eliminating Revision Errors
    • More Flexibility to Make Design Improvements
    • Integrated Inspection and Quality Assurance
    • Take Advantage of Photorealistic Imagery
  • Foster Collaboration
    • MultiDisciplinary Design and Engineering Collaboration
    • Design, Engineering, and Manufacturing Collaboration
    • Concurrent Development Compels Collaboration
    • Tapping the Resources of a Growing User Community
  • Increase Innovation
    • Freedom for Investigating Innovative, Outside-the-Box Approaches
    • Creating Internet of Things (IoT) Devices on an Integrated Platform
    • Exploring “What If” Scenarios
    • Incorporating Packaging Design and Production as Part of Product Design
    • Advancing Innovative Marketing and Customer Service Strategies

DOWNLOAD WHITEPAPER to learn about how modern CAD tools put your engineers at the hub of collaboration in product development.

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