How to convert JT
to SpaceClaim?

JT (Jupiter Tessellation) is an ISO-standardized 3D data format and is in industry used for product visualization, collaboration, CAD data exchange, and in some also for long-term data retention. It can contain any combination of approximate (faceted) data, boundary representation surfaces (B-Rep), Product and Manufacturing Information (PMI), and Metadata (textual attributes) either exported from the native CAD system or inserted by a product data management (PDM) system.

In 2012 JT received a status of international standard ISO14306.

JT files are used in product lifecycle management (PLM) software programs and their respective CAD solutions, by engineers and other professionals that need to analyze the geometry of complex products. JT extension and associated software is structured so that extremely large numbers of components can be quickly loaded, shaded and manipulated in real-time.

Because all major 3D CAD formats are supported, a JT assembly can contain a mixture of any combination which has led to the term "multi-CAD". As JT is typically implemented as an integral part of a PLM solution, the resulting multi-CAD assembly is managed such that changes to the original CAD product definition files can be automatically synchronized with their associated JT files resulting in a multi-CAD assembly that is always up-to-date.

CAD Exchanger supports all recent versions of JT which are most broadly used in industry from JT8 to JT10.

SpaceClaim is a solid modeling CAD application that runs on Microsoft Windows. It is developed by SpaceClaim Corporation, but now owned by ANSYS.

SpaceClaim’s 3D direct modeling technology is expressed by the following tools: pull, move, fill, and combine.

Pull contains most creation features which can be found in traditional CAD systems. For instance, using the Pull tool on a face by default offsets the face, but using the Pull tool on an edge rounds it.

Move relocates components and geometry, and can also be used to create patterns (often called arrays).

Fill primarily removes geometry from a part by extending geometry to fill in the surrounding area. It is commonly used for deleting rounds and holes from a model.

Combine merges parts and subtracts parts from each other.