Scan Management - Revision history

Gshotts: /* Beam Profile */

2025-10-30T19:32:42Z

Beam Profile

← Older revision		Revision as of 14:32, 30 October 2025
Line 43:		Line 43:

	== Beam Profile ==		== Beam Profile ==

			A Beam Profile is used for transducer characterization.

	== Point ==		== Point ==

Gshotts: /* Scan Types */

2025-10-30T19:30:56Z

Scan Types

← Older revision		Revision as of 14:30, 30 October 2025
Line 28:		Line 28:

	A tray scan is a type of scan where multiple parts are arranged in a regular grid. The tray scan can skip the regions between parts when scanning. Commonly used for scanning JEDEC trays of parts.		A tray scan is a type of scan where multiple parts are arranged in a regular grid. The tray scan can skip the regions between parts when scanning. Commonly used for scanning JEDEC trays of parts.
			<br clear="all"/>

			[[File:Rotational.PNG\|thumb\|right]]
	== Rotational (ODIS-NDT only) ==		== Rotational (ODIS-NDT only) ==

	If a Turntable or Rotator is present in the system, a Rotational scan can be performed where the turntable/rotator moves constantly, while a step axis increments every rotation.		If a Turntable or Rotator is present in the system, a Rotational scan can be performed where the turntable/rotator moves constantly, while a step axis increments every rotation.
			<br clear="all"/>

			[[File:RotationalMultiStep.PNG\|thumb\|right]]
	== Rotational MultiStep (ODIS-NDT only) ==		== Rotational MultiStep (ODIS-NDT only) ==

	A rotational multistep scan performs a constant rotation on a turntable/rotator, with a step motion that involves multiple axes. For example, scanning a nose cone may involve Y, Z and Gimbal motion.		A rotational multistep scan performs a constant rotation on a turntable/rotator, with a step motion that involves multiple axes. For example, scanning a nose cone may involve Y, Z and Gimbal motion.
			<br clear="all"/>

	== Beam Profile ==		== Beam Profile ==

Gshotts: /* Tray */

2025-10-30T19:30:11Z

Tray

← Older revision		Revision as of 14:30, 30 October 2025
Line 24:		Line 24:
	<br clear="all"/>		<br clear="all"/>

			[[File:TrayScanManager.PNG\|thumb\|right]]
	== Tray ==		== Tray ==

Gshotts: /* Linear MultiStep (ODIS-NDT only) */

2025-10-30T19:29:50Z

Linear MultiStep (ODIS-NDT only)

← Older revision		Revision as of 14:29, 30 October 2025
Line 14:		Line 14:
	A linear MultiStep scan is where a scan axis moves in a linear path, but multiple axes may be involved in the step motion. For example, scanning up a wedge shape involves a single scan axis (X) but multiple step axes (Y and Z).		A linear MultiStep scan is where a scan axis moves in a linear path, but multiple axes may be involved in the step motion. For example, scanning up a wedge shape involves a single scan axis (X) but multiple step axes (Y and Z).

	The path for the step motion can be defined either with a ~~contour~~ or defining the shape of the part using the "Define Part" option.		The path for the step motion can be defined either with a "New Contour" or defining the shape of the part using the "Define Part" option.
	<br clear="all"/>		<br clear="all"/>

	[[File:LinearSurface.PNG\|thumb\|right]]		[[File:LinearSurface.PNG\|thumb\|right]]

	== Linear Surface (ODIS-NDT only)==		== Linear Surface (ODIS-NDT only)==

Gshotts: /* Scan Types */

2025-10-30T19:29:28Z

Scan Types

← Older revision		Revision as of 14:29, 30 October 2025
Line 7:		Line 7:

	A linear scan is a simple 2-axis scan where one axis moves along a scan line, and the other steps a small amount each line, thus creating a rectangular raster scan image. A linear scan works with any two pairs of axes in a system (including Turntables/Rotators).		A linear scan is a simple 2-axis scan where one axis moves along a scan line, and the other steps a small amount each line, thus creating a rectangular raster scan image. A linear scan works with any two pairs of axes in a system (including Turntables/Rotators).
			<br clear="all"/>

	[[File:LinearMultiStep.PNG\|thumb\|right]]		[[File:LinearMultiStep.PNG\|thumb\|right]]
Line 14:		Line 15:

	The path for the step motion can be defined either with a contour or defining the shape of the part using the "Define Part" option.		The path for the step motion can be defined either with a contour or defining the shape of the part using the "Define Part" option.
			<br clear="all"/>

	[[File:LinearSurface.PNG\|thumb\|right]]		[[File:LinearSurface.PNG\|thumb\|right]]
Line 19:		Line 21:

	A linear surface scan is used when both the Scan and Step motion involve multiple axes, e.g. scanning an asymmetrical surface such as a fan blade. A surface must be defined using Teach-and-Learn or other methods.		A linear surface scan is used when both the Scan and Step motion involve multiple axes, e.g. scanning an asymmetrical surface such as a fan blade. A surface must be defined using Teach-and-Learn or other methods.
			<br clear="all"/>

	== Tray ==		== Tray ==
Line 37:		Line 40:

	== Timed ==		== Timed ==


	= Scan Options =		= Scan Options =

Gshotts: /* Linear Surface (ODIS-NDT only) */

2025-10-30T19:28:58Z

Linear Surface (ODIS-NDT only)

← Older revision		Revision as of 14:28, 30 October 2025
Line 15:		Line 15:
	The path for the step motion can be defined either with a contour or defining the shape of the part using the "Define Part" option.		The path for the step motion can be defined either with a contour or defining the shape of the part using the "Define Part" option.

			[[File:LinearSurface.PNG\|thumb\|right]]
	== Linear Surface (ODIS-NDT only)==		== Linear Surface (ODIS-NDT only)==

Gshotts: /* Linear MultiStep (ODIS-NDT only) */

2025-10-30T19:28:35Z

Linear MultiStep (ODIS-NDT only)

← Older revision		Revision as of 14:28, 30 October 2025
Line 8:		Line 8:
	A linear scan is a simple 2-axis scan where one axis moves along a scan line, and the other steps a small amount each line, thus creating a rectangular raster scan image. A linear scan works with any two pairs of axes in a system (including Turntables/Rotators).		A linear scan is a simple 2-axis scan where one axis moves along a scan line, and the other steps a small amount each line, thus creating a rectangular raster scan image. A linear scan works with any two pairs of axes in a system (including Turntables/Rotators).

			[[File:LinearMultiStep.PNG\|thumb\|right]]
	== Linear MultiStep (ODIS-NDT only)==		== Linear MultiStep (ODIS-NDT only)==

Gshotts: /* Linear */

2025-10-30T19:26:16Z

Linear

← Older revision		Revision as of 14:26, 30 October 2025
Line 3:		Line 3:
	= Scan Types =		= Scan Types =

			[[File:ScanManager.PNG\|thumb\|right]]
	== Linear ==		== Linear ==

Gshotts: /* Rotational MultiStep (ODIS-NDT only) */

2025-10-30T19:24:56Z

Rotational MultiStep (ODIS-NDT only)

← Older revision		Revision as of 14:24, 30 October 2025
Line 26:		Line 26:

	== Rotational MultiStep (ODIS-NDT only) ==		== Rotational MultiStep (ODIS-NDT only) ==

			A rotational multistep scan performs a constant rotation on a turntable/rotator, with a step motion that involves multiple axes. For example, scanning a nose cone may involve Y, Z and Gimbal motion.

	== Beam Profile ==		== Beam Profile ==

Gshotts: /* Rotational (ODIS-NDT only) */

2025-10-30T19:23:53Z

Rotational (ODIS-NDT only)

← Older revision		Revision as of 14:23, 30 October 2025
Line 22:		Line 22:

	== Rotational (ODIS-NDT only) ==		== Rotational (ODIS-NDT only) ==

			If a Turntable or Rotator is present in the system, a Rotational scan can be performed where the turntable/rotator moves constantly, while a step axis increments every rotation.

	== Rotational MultiStep (ODIS-NDT only) ==		== Rotational MultiStep (ODIS-NDT only) ==