JT

E758487

JT is a lightweight 3D visualization and data exchange file format commonly used in CAD and PLM workflows for efficient sharing of complex product models.

All labels observed (1)

Label Occurrences
JT canonical 6

How this entity was disambiguated

Statements (62)

Predicate Object
instanceOf 3D file format ⓘ
PLM data exchange format ⓘ
lightweight visualization format ⓘ
advantage efficient visualization of large models ⓘ
lightweight file size ⓘ
support for long-term archiving ⓘ
support for multi-CAD environments ⓘ
vendor-neutral data exchange ⓘ
canContain JT-specific metadata ⓘ
assembly structure ⓘ
part geometry ⓘ
product manufacturing information ⓘ
compatibleWith Siemens NX NERFINISHED ⓘ
Solid Edge NERFINISHED ⓘ
Teamcenter NERFINISHED ⓘ
various third-party CAD viewers ⓘ
conformsTo ISO 14306 NERFINISHED ⓘ
developedBy Siemens Digital Industries Software NERFINISHED ⓘ
domain aerospace industry ⓘ
automotive industry ⓘ
computer-aided design ⓘ
industrial machinery ⓘ
manufacturing industry ⓘ
product lifecycle management ⓘ
fileExtension .jt ⓘ
fullName Jupiter Tessellation NERFINISHED ⓘ
originatedAt Siemens PLM Software NERFINISHED ⓘ
standardizedBy ISO NERFINISHED ⓘ
standardStatus International Standard ⓘ
supports 3D geometry ⓘ
PMI NERFINISHED ⓘ
assembly hierarchy ⓘ
attributes ⓘ
color information ⓘ
compression ⓘ
dimensions and tolerances ⓘ
faceted representation ⓘ
incremental loading ⓘ
large assemblies ⓘ
materials information ⓘ
metadata ⓘ
mixed faceted and precise representation ⓘ
multiple levels of detail ⓘ
precise B-Rep geometry ⓘ
precise representation ⓘ
product structure ⓘ
streaming of 3D data ⓘ
tessellated geometry ⓘ
transparency ⓘ
viewing without native CAD system ⓘ
visualization attributes ⓘ
typicalUseCase design review without full CAD license ⓘ
sharing CAD models with downstream users ⓘ
supplier collaboration ⓘ
usedFor 3D visualization ⓘ
CAD workflows ⓘ
PLM workflows ⓘ
collaborative product review ⓘ
data exchange ⓘ
digital mockup ⓘ
lightweight representation of complex assemblies ⓘ
long-term archiving of product models ⓘ

How these facts were elicited

Referenced by (6)

Full triples — surface form annotated when it differs from this entity's canonical label.