SpinFire XR brings your 3D CAD data to life in Augmented, Mixed, and Virtual Reality. Built for engineering and manufacturing teams, it delivers immersive XR experiences through automated CAD preparation - no manual effort required.
The Visualization Pipeline is a fully automated solution that enables fast, efficient preparation and optimization of CAD data for XR via drag and drop, “Save as,” or in batch from PLM.
It allows engineering and manufacturing teams to transform 3D CAD and design assets into immersive XR experiences by processing data directly into SpinFire XR, or by generating Unity or Unreal assets for custom XR applications.
Supported Formats
The Visualization Pipeline supports a wide range of input and output formats, enabling seamless data flow between CAD systems, XR platforms, devices, and in-house solutions.
Optimize Your Data for XR
Many XR devices and use cases demand tailored CAD optimization for smooth performance. Our specialist tools can help you to deliver the right output for your target device and experience.
SpinFire XR is a complementary technology that works for the individual, the enterprise, at all levels and at all stages of the Extended Reality journey, enabling the user to optimize, visualize and collaborate around their design data.
Powered by Theorem Solutions technology - backed by 30+ years of CAD data optimization and preparation experience, and partner to all major CAD vendors - SpinFire XR provides a robust and agile solution for now and the future.
Supporting a Range of Engineering and Manufacturing Use Cases
SpinFire XR optimises multiple design formats via a fully automated workflow, requiring no manual intervention. Our solutions enable you to achieve high-quality 3D content for use in our engineering-focused experiences, or for your own tailored XR applications.
XR stands for Extended Reality, a collective term that includes Augmented Reality (AR), Mixed Reality (MR), and Virtual Reality (VR). With SpinFire XR, we define these technologies as follows:
Augmented Reality (AR): Overlays digital 3D data onto the real world using handheld devices like phones and tablets.
Mixed Reality (MR): Projects digital data into the user’s real-world environment through a headset, blending the physical and digital worlds - commonly enabled using VR passthrough technology.
Virtual Reality (VR): Creates a fully immersive, digital environment where users can interact with 3D data independent of the real world.
Each technology offers distinct advantages, helping users choose the one that best suits their specific needs and workflows.
SpinFire XR is the new name for TheoremXR. The rebrand reflects a shift in naming, but the core capabilities and purpose of the product remain the same.
For more information, read Tech Soft 3D's Product Consolidation FAQs.
XR solutions like SpinFire XR help companies streamline design engineering and manufacturing processes by unlocking more value from their 3D CAD data, through fully automated XR data preparation.
With a suite of out-of-the-box XR experiences, SpinFire XR can also be tailored to address a wide range of engineering and manufacturing challenges, enabling more efficient workflows and innovative ways to collaborate and visualize designs.
Here are some reasons people turn to SpinFire XR:
Automated XR Data Preparation and Optimisation: Reduce the time, costs and resources required to manually prepare and optimize your 3D CAD data and design assets into formats suitable for XR experiences.
Early Issue Detection and Resolution: Identify and resolve design issues early in the process to reduce delays and minimize rework.
Enhanced Collaboration and Data Interaction: Enable seamless collaboration across distributed teams, accelerating decision-making and reducing travel costs.
Full-Scale and In-Context Visualization: Visualize designs at full scale and in their intended context, supporting better decisions and helping avoid costly errors.
Improved Customer Feedback and Communication: Provide immersive experiences that help customers better understand and engage with designs, leading to more actionable feedback.
Real-Time Decision Making: Empower teams to make informed decisions in real-time, increasing efficiency and agility throughout your workflows.
Time and Cost Savings: Improve efficiency across design and manufacturing processes by identifying and addressing early design issues, minimizing costly rework and delays.
Yes. SpinFire XR supports Multi-User XR Collaboration, enabling teams to work together seamlessly, transcending geographical barriers and enhancing productivity. In today's interconnected world, where remote work and dispersed teams are increasingly common, SpinFire XR provides a dynamic and secure environment for real-time collaboration.
Here are some examples of collaborative XR use cases, using SpinFire XR:
Immersive design reviews: Evaluating milestones and designs in shared virtual spaces.
Layout optimization: Collaboratively review and optimize factory or workstation layouts.
Remote training: Engage remote staff with immersive simulations for hands-on learning.
Using XR for collaboration can enhance productivity by accelerating decision-making and fostering creativity in a connected environment.
SpinFire XR supports organizations at every stage of XR adoption, whether you're exploring XR, building a business case, or scaling adoption across your operations.
Exploring XR: In the Research and Development phase, we help you understand real-world XR use cases, compare device options, and assess how immersive technology could bring value to your business.
Building a Business Case: At the Proof of Concept stage, we support you in defining ROI, validating early use cases, and creating a business case that secures executive buy-in.
Scaling Adoption: As an XR Adopter, you’ve already invested in devices and implemented real-world use cases. We can help you optimize data, support both out-of-the-box and custom XR solutions, and integrate with existing workflows - including PLM systems.
Need support with your XR requirements? Contact us - we’re here to help.
