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Autocad viewer calibration update#
Autocad viewer calibration manual#
Autocad viewer calibration upgrade#

The AutoCAD DXF/DWG format allows for the inclusion of two Drawing environments – the Model space and Paper space.

Import as primitives – The Importer will parse all AutoCAD object data, including objects within Blocks, as primitive/base objects (lines/tracks, arcs, etc).

Import as components – The Importer will attempt to parse AutoCAD Blocks (grouped collections of primitive objects) as compound objects and place them on the document as PCB components.

Browse and select the desired AutoCAD file in the Import File dialog, then click Open. When the PCB editor is active, the dialog is accessed by clicking File » Import » DXF/DWG.

← Volume Graphics Releases User-Centric Version 3.Up to and including AutoCAD 2013 files are supported.

Projection surface may be flat (2D) or curved (3D). Imported data is processed into projection data and then transferred to one or several laser projectors. The laser projection is based on CAD data. Laser projectors display precise outlines, templates, patterns or other shapes on virtually all surfaces by projecting laser lines. All these benefits give the new system an unbeatable cost-performance ratio.”

Autocad viewer calibration update#

Only an update to the new PRO-SOFT 5.1 software is required. The system allows for situation-specific configuration. Users of LAP laser projection systems can easily and inexpensively use DTEC-PRO on existing installations. For a number of projectors only one camera is needed. The camera is not integrated in the CAD-PRO laser projector and allows for versatile positioning within the field of view. Ralf Müller-Polyzou, Head of Marketing, Product Management & Business Development at LAP, highlights: “ A major benefit of the system is the modularity.

Autocad viewer calibration upgrade#

Uninterrupted operation also contributes to process stability and safety, and these are crucial in ensuring the high quality specifications of parts.” Modular system design, easy and inexpensive to upgrade “When every second counts, reduced setup times mean an important head start and more efficiency. This speeds up the entire lay-up process”, says the Product Manager.

Autocad viewer calibration manual#

“DTEC-PRO makes manual calibration redundant. Even if an individual target cannot be recognized because it is covered or not within the projection area, this is still no problem for DTEC-PRO.” Every second counts: reduced setup times speed up lay-upĮspecially for quick and “on demand” flexible manufacture the system is of major benefit. The LAP PRO-SOFT user software detects potential position deviations and initiates automatic calibration when necessary. The tool just needs to be in the camera’s field of view and in the projection area of the CAD-PRO system. “When moving a new tool into the work area, projection starts without the need of manual calibration. DTEC-PRO is the ideal extension for this application”, says Matthias Lange, LAP’s Product Manager in charge. “The aerospace industry requires tools used for small to medium parts to be moved to the lamination station on movable carts. High speed calibration, automatically in running process Deviations trigger automatic calibration of the CAD-PRO and the projection can be repositioned. The system detects the target positions in camera range in real time the position of the tool is checked continuously, at intervals of five frames per second. Specifically for this requirement LAP upgraded the proven CAD-PRO laser projection system with an innovative industrial camera system combined with infrared-based lighting.

Reduced setup times and uninterrupted operation during manufacture save valuable time. The modular system design of the DTEC-PRO allows it to be added to any LAP CAD-PRO laser projection system.įor precise projection during composite lay-up, proper calibration of the tool is essential. LAP has introduced the DTEC-PRO camera system which makes manual calibration while running the running production process redundant accelerating lay-up processes in composite manufacturing providing time savings during flexible manufacturing such as in the aerospace industry.