Lotus Flight Ball baseplate
The baseplate assembly of the Lotus Flight Ball, modeled in the Flux 3D view.
Flux does the design work and the simulation, and hands off clean files to your suppliers and your CAD tools.
Projects built in Flux, with the electronics and the mechanical parts together.
The baseplate assembly of the Lotus Flight Ball, modeled in the Flux 3D view.
An Inventor STEP file edited in Flux: the flange is now 64.5 mm deep with five vent slots, and the 4.4 mm hole did not move.
Flux runs circuit, thermal, electromagnetic and stress simulation, plus design rule and datasheet checks, on every change.
Flux edits STEP files and hands off clean STEP files, so your suppliers and your CAD tools can use them.
Every change records who made it, what changed, and when. Results stay in the project.
Flux learns your approved parts and design rules, and follows them on every project.
Boards, enclosure, mounts and harness are designed together in one model, so they fit the first time.
Project-level permissions, single sign-on, and no training on your data. Export-controlled programs (ITAR and EAR) are available on request. For large programs, a FedRAMP deployment of Flux is available on request.
STEP, IGES, and BREP from SolidWorks, NX, CATIA, Creo, and others.
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Gerber, ODB++, IPC-2581, and STEP.
Chargers, converters, and battery systems, from idea to tested board.
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