#Inventor export step file secure update
#Inventor export step file secure full
#Inventor export step file secure software
#Inventor export step file secure plus
#Inventor export step file secure free

There are however, a few processes within Inventor that will utilize multiple cores, such as Task Scheduler, Ray Tracing, and Stress Analysis. Inventor is still a single-thread application as of the 2015 release, so it does not take advantage of multiple cores for the most part. Buy the best card you can afford, do your research, a gaming card may very well give you the best bang for the buck. This opens up the market for your selections to gaming cards instead of only CAD rated cards. Inventor now uses Direct3D as opposed to OpenGL like it did prior to the release of Inventor 2012. Graphics cards are another place where you want as much on-board memory as possible. The idea is to have Inventor work in RAM as much as possible, exceeding RAM and forcing Inventor to use Windows Virtual memory will slow down your workstation dramatically. The key word is RAM, RAM, RAM - get as much RAM as you can afford.

To start, get the best hardware setup you can afford. The settings and practices we will discuss can only go so far with the hardware you have. The hardware you get or have to work with is the foundation for what we are about to accomplish here.

#Inventor export step file secure software

Making a few changes in the software settings and workflow practices can greatly reduce this wasted time and make the user more productive.įirst off let us take a moment and touch on the details of hardware for this discussion. The causes for this can be anything from subpar hardware, to default application settings that don't support your needs, to poor file maintenance practice. Users that work with large, complicated part or assembly files waste vast amounts of time waiting for these files to generate and build upon activation. Besides, Tom Brady is far better than Peyton Manning anyways, so why argue? Peyton Manning, bother the guys out in the shop, and then wander back to your desk only to find the file is still loading? The days of activating a file on an Insta-View workstation and waiting eight hours for it to regenerate graphics are a bad memory, today you can choose a few settings and incorporate some basic best practices and these files will open faster than it'll take you to get that coffee.

#Inventor export step file secure update

Doing a Geometry check, the errors will be indicated in the model.Working With Large Files in Autodesk Inventor 30 Apr, 2015 By: James “Jim” O’Flaherty IMAGINiT Tricks Tutorial: Don't get stuck waiting for your files - update your settings and save time now.Įditor's note: This tutorial courtesy of IMAGINiT Technologies.ĭo you often find yourself waiting on your files to upload because they are very large or complex? Ever wish you could speed up that load time? Or do you prefer to open a large file, get a coffee, go for a walk, discuss Tom Brady vs.By mouse right click over the model and choosing What’s wrong?, a detailed information will be displayed. Import errors are indicated in the history tree.

#Inventor export step file secure full

Recommended options are to check Surface/solid entities, Try forming solids and Perform full entity check and repair errors.The other available options are not applicable for the STEP import.To import only the geometry this option must be left unchecked.

#Inventor export step file secure plus

Map configuration data (for STEP only): Imports STEP file configuration data plus geometric data.Customize curve tolerance: needed tolerance for the import can be entered here.Perform full entity check and repair errors: default is selected.With this option cleared the multibody part imports as a part document that contains multiple imported bodies. The multiple bodies are imported as part documents contained in the assembly. Import multiple bodies as parts: Imports a multibody part as an assembly document.

#Inventor export step file secure free

Free point/curve entities: imports free points and curve entities.

Do not knit: imports as surfaces without knitting them.

Knit surfaces: imports as surfaces and tries to knit imported surfaces.

If not selected, SolidWorks attempts to knit surfaces into solids.

B-Rep mapping: import the model using boundary representation.

Surface/solid entities: import surface and solid entities.

Under General options following can be selected:

Click on Options and the Import Options dialog box appears.

To import a STEP file go to File -> Open… and select the file.

An adjustment of the STEP file is not necessary.

The export log file 'filename.xlo' gives further information.

For AP214 export you should always use the latest STEP standard.

The default setting for STEP export is AP203.

The translator uses as default file extension *.stp.

To export a STEP File please choose File -> Save Copy as.

Sub-elements of objects cannot be colored individually in the systems. The following settings are recommended up to Autodesk Inventor 2017 and SolidWorks 2016.