Experience Your SOLIDWORKS Designs at True Scale
Bring your SOLIDWORKS models into immersive environments for high-fidelity design reviews. Exxar enables teams to work with engineering data in context—helping improve design understanding, collaboration, and decision-making without complex conversion workflows.
- Direct integration with SOLIDWORKS models
- High-fidelity geometry and metadata support
- Multi-user collaboration for design reviews
Experience Your SOLIDWORKS Designs at True Scale
Bring your SOLIDWORKS models into immersive environments for high-fidelity design reviews. Exxar enables teams to work with engineering data in context—helping improve design understanding, collaboration, and decision-making without complex conversion workflows.
- Direct integration with SOLIDWORKS models
- High-fidelity geometry and metadata support
- Multi-user collaboration for design reviews
Experience Your SOLIDWORKS Designs at True Scale
Bring your SOLIDWORKS models into immersive environments for high-fidelity design reviews. Exxar enables teams to work with engineering data in context—helping improve design understanding, collaboration, and decision-making without complex conversion workflows.
- Direct integration with SOLIDWORKS models
- High-fidelity geometry and metadata support
- Multi-user collaboration for design reviews
Trusted & Tried Globally
Why Choose Exxar for SOLIDWORKS VR?
Why Choose Exxar for SOLIDWORKS VR?
Streamlined Workflow
Reduce dependency on manual export processes. Work with your SOLIDWORKS data in immersive environments without complex file conversions or rebuild cycles.
Improved Design Validation
Evaluate designs in context to identify spatial issues, accessibility concerns, and potential risks earlier in the lifecycle.
Enterprise-Ready Security
Maintain control over your engineering data with secure workflows designed for enterprise environments.
The Exxar CAD-to-VR Ecosystem
CAD-to-Immersive Integration
Connect your SOLIDWORKS data directly to immersive environments for effective design visualization and detailed review. Move away from traditional workflows that depend on external engines like Unity or Unreal Engine, and instead operate within a system purpose-built for handling engineering-scale data. With support for native formats such as .sldasm and .sldprt, teams can bring complex assemblies into immersive environments while preserving their original structure, relationships, and overall design context.
This approach enables more efficient collaboration, faster design validation, and improved decision-making across engineering teams.
This approach enables more efficient collaboration, faster design validation, and improved decision-making across engineering teams.
CAD-to-Immersive Integration
Connect your SOLIDWORKS data directly to immersive environments for effective design visualization and detailed review. Move away from traditional workflows that depend on external engines like Unity or Unreal Engine, and instead operate within a system purpose-built for handling engineering-scale data. With support for native formats such as .sldasm and .sldprt, teams can bring complex assemblies into immersive environments while preserving their original structure, relationships, and overall design context.
This approach enables more efficient collaboration, faster design validation, and improved decision-making across engineering teams.
CAD-to-Immersive Integration
Connect your SOLIDWORKS data directly to immersive environments for effective design visualization and detailed review. Move away from traditional workflows that depend on external engines like Unity or Unreal Engine, and instead operate within a system purpose-built for handling engineering-scale data. With support for native formats such as .sldasm and .sldprt, teams can bring complex assemblies into immersive environments while preserving their original structure, relationships, and overall design context.
This approach enables more efficient collaboration, faster design validation, and improved decision-making across engineering teams.
Ergonomic & Accessibility Evaluation
Assess maintainability and human interaction early in the design process to improve overall system usability. Use digital manikins to evaluate reachability, clearances, and accessibility, helping teams identify potential issues before physical prototyping begins.
This approach enables more informed design decisions by providing clear insights into how people will interact with equipment.
It also supports better planning for maintenance, operations, and safety considerations across the lifecycle, reducing rework and improving overall efficiency. Incorporating ergonomic analysis at this stage helps optimize comfort and reduce the risk of operator fatigue or injury. It also ensures compliance with industry standards and enhances overall user satisfaction with the final system.
It also supports better planning for maintenance, operations, and safety considerations across the lifecycle, reducing rework and improving overall efficiency. Incorporating ergonomic analysis at this stage helps optimize comfort and reduce the risk of operator fatigue or injury. It also ensures compliance with industry standards and enhances overall user satisfaction with the final system.
Ergonomic & Accessibility Evaluation
Assess maintainability and human interaction early in the design process to improve overall system usability. Use digital manikins to evaluate reachability, clearances, and accessibility, helping teams identify potential issues before physical prototyping begins.
This approach enables more informed design decisions by providing clear insights into how people will interact with equipment.
It also supports better planning for maintenance, operations, and safety considerations across the lifecycle, reducing rework and improving overall efficiency. Incorporating ergonomic analysis at this stage helps optimize comfort and reduce the risk of operator fatigue or injury. It also ensures compliance with industry standards and enhances overall user satisfaction with the final system.
It also supports better planning for maintenance, operations, and safety considerations across the lifecycle, reducing rework and improving overall efficiency. Incorporating ergonomic analysis at this stage helps optimize comfort and reduce the risk of operator fatigue or injury. It also ensures compliance with industry standards and enhances overall user satisfaction with the final system.
Ergonomic & Accessibility Evaluation
Assess maintainability and human interaction early in the design process to improve overall system usability. Use digital manikins to evaluate reachability, clearances, and accessibility, helping teams identify potential issues before physical prototyping begins.
This approach enables more informed design decisions by providing clear insights into how people will interact with equipment.
It also supports better planning for maintenance, operations, and safety considerations across the lifecycle, reducing rework and improving overall efficiency. Incorporating ergonomic analysis at this stage helps optimize comfort and reduce the risk of operator fatigue or injury. It also ensures compliance with industry standards and enhances overall user satisfaction with the final system.
Clash & Interference Review
Identify spatial conflicts within assemblies during the design review process by leveraging immersive environments that provide a more intuitive understanding of complex layouts. These environments offer enhanced visibility into component relationships, spatial arrangements, and interdependencies that may not be easily recognized in traditional 2D or screen-based workflows.
By enabling teams to explore designs at scale, they can detect potential clashes earlier and evaluate how different systems interact within the same space. This improves coordination across disciplines, supports more accurate design validation, and helps reduce costly rework later in the project lifecycle.
By enabling teams to explore designs at scale, they can detect potential clashes earlier and evaluate how different systems interact within the same space. This improves coordination across disciplines, supports more accurate design validation, and helps reduce costly rework later in the project lifecycle.
Clash & Interference Review
Identify spatial conflicts within assemblies during the design review process by leveraging immersive environments that provide a more intuitive understanding of complex layouts. These environments offer enhanced visibility into component relationships, spatial arrangements, and interdependencies that may not be easily recognized in traditional 2D or screen-based workflows.
By enabling teams to explore designs at scale, they can detect potential clashes earlier and evaluate how different systems interact within the same space. This improves coordination across disciplines, supports more accurate design validation, and helps reduce costly rework later in the project lifecycle.
By enabling teams to explore designs at scale, they can detect potential clashes earlier and evaluate how different systems interact within the same space. This improves coordination across disciplines, supports more accurate design validation, and helps reduce costly rework later in the project lifecycle.
Clash & Interference Review
Identify spatial conflicts within assemblies during the design review process by leveraging immersive environments that provide a more intuitive understanding of complex layouts. These environments offer enhanced visibility into component relationships, spatial arrangements, and interdependencies that may not be easily recognized in traditional 2D or screen-based workflows.
By enabling teams to explore designs at scale, they can detect potential clashes earlier and evaluate how different systems interact within the same space. This improves coordination across disciplines, supports more accurate design validation, and helps reduce costly rework later in the project lifecycle.
Multi-User Collaborative Reviews
Enable teams across different locations to participate in shared design reviews in a unified and collaborative environment. Stakeholders can explore 3D models together in real time, gaining a consistent understanding of design intent and project requirements. This shared experience helps teams align on decisions more effectively, reduce misunderstandings, and streamline feedback loops.
It also improves communication across engineering, operations, and project teams by creating a common reference point for discussion, evaluation, and approval throughout the design lifecycle, ultimately supporting faster and more coordinated project execution.
It also improves communication across engineering, operations, and project teams by creating a common reference point for discussion, evaluation, and approval throughout the design lifecycle, ultimately supporting faster and more coordinated project execution.
Multi-User Collaborative Reviews
Enable teams across different locations to participate in shared design reviews in a unified and collaborative environment. Stakeholders can explore 3D models together in real time, gaining a consistent understanding of design intent and project requirements. This shared experience helps teams align on decisions more effectively, reduce misunderstandings, and streamline feedback loops.
It also improves communication across engineering, operations, and project teams by creating a common reference point for discussion, evaluation, and approval throughout the design lifecycle, ultimately supporting faster and more coordinated project execution.
It also improves communication across engineering, operations, and project teams by creating a common reference point for discussion, evaluation, and approval throughout the design lifecycle, ultimately supporting faster and more coordinated project execution.
Multi-User Collaborative Reviews
Enable teams across different locations to participate in shared design reviews in a unified and collaborative environment. Stakeholders can explore 3D models together in real time, gaining a consistent understanding of design intent and project requirements. This shared experience helps teams align on decisions more effectively, reduce misunderstandings, and streamline feedback loops.
It also improves communication across engineering, operations, and project teams by creating a common reference point for discussion, evaluation, and approval throughout the design lifecycle, ultimately supporting faster and more coordinated project execution.
How it works?
How it works?
How to Replace 2D Drawings with Immersive Factory Reviews
Upgrade your project reviews with Exxar Huddle. Move beyond 2D drawings to real-time collaboration and immersive CAD experiences. Walk through factory layouts, inspect components, validate measurements, and simulate operations with teams worldwide.
Achieve faster decisions, improved accuracy, and a more efficient commissioning process—all in one powerful platform.
Achieve faster decisions, improved accuracy, and a more efficient commissioning process—all in one powerful platform.
How to Replace 2D Drawings with Immersive Factory Reviews
Upgrade your project reviews with Exxar Huddle. Move beyond 2D drawings to real-time collaboration and immersive CAD experiences. Walk through factory layouts, inspect components, validate measurements, and simulate operations with teams worldwide.
Achieve faster decisions, improved accuracy, and a more efficient commissioning process—all in one powerful platform.
Achieve faster decisions, improved accuracy, and a more efficient commissioning process—all in one powerful platform.
How to Replace 2D Drawings with Immersive Factory Reviews
Upgrade your project reviews with Exxar Huddle. Move beyond 2D drawings to real-time collaboration and immersive CAD experiences. Walk through factory layouts, inspect components, validate measurements, and simulate operations with teams worldwide.
Achieve faster decisions, improved accuracy, and a more efficient commissioning process—all in one powerful platform.
Testimonials
Exxar cut our project cycle time by 10% and turned complex design workflows into immersive, error-free execution
K Harish Kumar
Senior Engineering Manager, Larsen & Toubro
Our foremen love Exxar! It's simple to use, helps them catch issues early, and plan installations better
Brandon Hubner
VP of Construction, Premier Mechanical Inc
Blog
Ready to transform your SOLIDWORKS design reviews?
Experience your CAD models in immersive 1:1 scale and eliminate costly design errors today.
Ready to transform your SOLIDWORKS design reviews?
Experience your CAD models in immersive 1:1 scale and eliminate costly design errors today.
