Industries

Additive Manufacturing

Spatial's solution is able to optimize additive manufacturing workflows and allow for seamless translation from precise and polygonal models to the printer’s machine code, and ultimately the final product, while maintaining data integrity throughout the 3D model’s lifecycle.

Architecture, Engineering, and Construction (AEC)

Application development for AEC has special demands. 3D software development toolkits from Spatial for modeling, interoperability and visualization allow application providers to accelerate time-to-market (TTM) and expand product innovation in areas such as aesthetics; safety; environmental friendliness; and cost and time savings.

Augmented Reality and Virtual Reality

Spatial's solutions are able to prepare, optimize, and review large CAD data quickly and accurately, allowing you to focus on your application's differentiator.

Building Information Modeling (BIM)

The centerpiece of BIM is the use of 3D modeling and 3D visualization to execute a range of tasks, including to detect clashes (e.g., where one part of the building may interfere with the other), determine energy efficiency, and others. It is also critical in enabling collaboration.

Computer Aided Design (CAD)

Incorporating 3D software development toolkits from Spatial allows CAD application developers to accelerate time-to-market and focus on design and engineering challenges rather than software operations.

Computer Aided Engineering (CAE)

Software development toolkits from Spatial enable application developers to build integrated engineering simulation solutions allowing greater accuracy in predicting how product designs will behave in real-world environments.

Computer Aided Manufacturing (CAM)

Leveraging Spatial’s 3D software development kits (SDKs) and expertise, you can enable seamless collaboration cycles - from CAD design to manufacturing shop floor.  Spatial provides a complete solution with SDKs that cover manufacturing workflows from end-to end, so you can focus on the innovation needed for on-demand manufacturing, production-at-scale and Industry 4.0.

Electronic Design Automation (EDA)

Spatial offers 3D software development toolkits for rapid development of analysis and visualization capabilities within existing EDA physical design flows.

Manufacturing and Fabrication

Spatial software development toolkits can help optimize manufacturing and fabrication solutions in diverse applications such as waterjet and laser cutting, sheet metal fabrication, and CNC milling machines. A growing number of solution providers rely on 3D software development toolkits from Spatial to build fully integrated solutions.

Metrology

With Spatial 3D software development toolkits & APIs, application developers can drive product advances by leveraging industry leading technology in modeling, interoperability and visualization providing for a greater investment to solve the problems of shop-floor or inspection-room users; ensuring proper measurement, reducing defects and driving higher levels of quality and customer satisfaction.

Robotics (Automated Machinery and Equipment)

The use of 3D models is growing within manufacturing, along with the need for specialized software applications to support complex machining operations. Automated machinery and equipment manufacturers are choosing to develop custom 3D software applications to better address their needs and achieve competitive differentiation.

Shipbuilding

Spatial Modeling kernels provide geometric functionality to perform all these types of functions and many more besides.  All the geometric operations required to produce complex models with general geometric surfaces are available, together with the ability to extract detailed information from the data.