Creo Augmented Reality (AR) in Design | CMS -CAD Training Institute

Augmented Reality (AR) is transforming the fundamental essence of product design. And, with Creo AR Design Share, you have the capability of cloud-based AR in every Creo and Windchill seat.

Creo Augmented Reality is a cutting-edge technology that merges the digital and physical worlds to improve how we interact with and experience our environment. Creo AR, which is built on augmented reality (AR) technologies, offers a comprehensive platform for creating, publishing, and displaying digital content in real-time within the context of the real world.

PTC, a global provider of product development tools and solutions, created Creo AR. It is an extension of their flagship program, Creo, which is extensively used in engineering and manufacturing. Creo AR expands Creo’s capabilities by allowing users to view and interact with 3D models and digital designs in a real-world context through the use of augmented reality technology.

Creo AR’s major purpose is to connect the virtual and physical worlds, allowing users to easily incorporate digital material into their actual surroundings. Users may overlay virtual items onto the real-world using mobile devices or AR-enabled smart glasses, providing an immersive and engaging experience.


Creo Augmented Reality (Creo AR) has a number of features and capabilities that help to improve the design process and allow interactive augmented reality experiences.

Here are some key features and capabilities of Creo AR:

  • Real-time visualization: Creo AR enables users to view their 3D models in real-time using the camera of a smartphone or tablet. The program monitors the device’s location and orientation, matching the virtual representation with the actual surroundings. This allows people to preview how the design will appear in real life.
  • Interaction and manipulation: Users can interact with the virtual models in Creo AR. They can manipulate, rotate, scale, and examine the models from different angles, providing a comprehensive view of the design. This interactive capability allows users to explore the details of the product and make informed decisions during the design process.
  • Marker less tracking: Creo AR employs markerless tracking technology, which eliminates the need for actual markers or trackers. The program can recognize and track surfaces or objects in the actual world, allowing the virtual model to be put properly and flawlessly into the surroundings.
  • Design collaboration: Multiple stakeholders can view and interact with the virtual model simultaneously, regardless of their physical location. This feature promotes effective communication, decision-making, and feedback exchange among team members.
  • Design analysis and validation: Creo AR makes design analysis and validation easier by allowing users to recreate real-world scenarios. Users may evaluate the virtual model’s functionality, performance, and fit within the actual setting. This capacity aids in the identification of possible design flaws and enables for incremental changes.
  • Assembly and maintenance instructions: Creo AR uses augmented reality to create interactive instructions and training materials. Users can superimpose step-by-step instructions on actual objects to guide assembly procedures or provide maintenance instructions. This feature streamlines difficult operations and improves product training and knowledge.
  • Integration with Creo Parametric: Creo AR is a feature of PTC’s Creo Parametric, which is a complete 3D CAD program. This interface enables users to smoothly go from Creo Parametric design to seeing and experiencing the design in augmented reality using Creo AR.


Creo Augmented Reality (Creo AR) offers several key benefits that enhance the product design and development process.

Some of the key benefits of Creo AR includes:

  • Enhanced Visualization
  • Improved Collaboration
  • Design Validation and Iteration
  • Increased Efficiency and Cost Savings
  • Improved Communication and Stakeholder Engagement
  • Training and Maintenance Support
  • Seamless Integration with Creo Parametric


Creo Augmented Reality (Creo AR) holds significant importance in the field of product design and development. It is important as it leverages the power of augmented reality to enhance the design process, improve collaboration, reduce costs, and optimize design outcomes. It empowers designers and engineers to make informed decisions, validate designs early, and communicate effectively, leading to better-designed products and improved overall efficiency.

Here are some key reasons why Creo AR is important

  • Early Design Validation
  • Improved Collaboration and Communication
  • Cost and Time Savings
  • Improved Design Documentation and Training
  • Enhanced Customer Engagement
  • Integration with Existing Workflows


Creo Augmented Reality (Creo AR) offers various applications and uses in the field of product design and development.

Few of the uses of Creo AR are

  • Design Visualization
  • Design Reviews and Collaboration
  • Design Validation and Iteration
  • Assembly and Maintenance Instructions
  • Marketing and Sales Presentations
  • Training and Education
  • Design Documentation and Documentation Reviews

These are only a few examples of Creo AR applications. The technology has a wide range of applications in sectors such as automotive, aerospace, consumer goods, architecture, and others, where it may improve the design process, increase cooperation, cut costs, and create better-designed products.

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