دانلود Autodesk TruLaser 2019 x64 نرم افزار شبیه سازی فرآیند های تولید و ساخت به کمک لیزر

Although how you use TruLaser will vary based on your specific projects, your workflow should follow these basic steps to help ensure best results:

- Prepare what you want to project. Prepare a 2D or 3D sketch in Inventor, import an existing CAD file, or open an existing laser projection project. Avoid creating parts or assemblies with planes that do not have boundaries or with construction lines with no endpoints. Avoid adding text, such as labels or notations, to drawings unless you need to contour the text and include it as part of the projection.
- Prepare the data for your laser projection system. Bring your data into the TruLaser environment and add projectors and targets. Adjust component properties, arrange data in the TruLaser tree, and simulate the data to achieve desired results.
- Save the data to a file that can be interpreted by your laser projectors.


Features:
Laser projection technologies
See how the laser projection technologies in TruLaser software can help you project CAD data, manufacture assembly steps, group and sort objects, replace templates, and more.

Laser projection applications
- Measure, sort, and group components
Grouping and quality assurance:
Measure, sort, and group components. Use 3D laser projection for manual measurement processes.

Project paint masking schemes
- Paint templates:
Project paint masking schemes onto objects with laser projection, which can replace physical templates on large objects.

Align parts for laser projection
- Visual alignment:
Project 2D or 3D CAD data for visual laser manufacturing purposes, such as aligning parts during assembly.

Use legacy laser projection data
- Reverse engineering
Import existing laser data files for reverse engineering and eventual editing.

Laser projection preparation
Import multiple design formats:
- CAD input
Using Inventor software's data translators, load multiple CAD formats for laser projection applications.

Project 2D images onto 3D objects:
- Laser data projection
Use data from 2D image formats on planar data, or expand and project it onto a 3D object.

Reduce laser projection problems:
- Flicker management
Optimize existing laser trace paths and your new designs to help reduce laser flicker.

- Minimize required equipment:
Use fewer lasers
Cover large objects for paint masking or laser fabrication, even if you don’t have enough lasers.

Laser simulation
- Project one portion at a time
Single grouping:
Project single groups of objects, one at a time, to help avoid mistakes during laser fabrication.

- Simulate the laser projection
Visualize the work area:
Digitally view the laser manufacturing work area with work cell simulation for more accurate information.

Reduce laser projection problems
- Obstruction detection:
Pinpoint potential problems with projection angles or difficult shapes in your tooling.

Automatic laser positioning
- More accurate positioning:
Simulate various positions of the laser projection to determine the most accurate positioning.