LaserParameters

The LaserParameters class serves as a container for sharing laser parameters between process objects and facilitates serialization for future use.

JumpDelay

int	JumpDelay { get; set; }

Sets the delay (in μsecs) used at the end of a jump command.

LaserOnDelay

int	LaserOnDelay { get; set; }

Sets the delay (in μsecs) for turning on the laser relative to a start of a galvo movement command.

LaserOffDelay

int	LaserOffDelay { get; set; }

Sets the delay (in μsecs) for turning off the laser relative to a end of a galvo movement command.

MarkDelay

int	MarkDelay { get; set; }

Sets the delay (in μsecs) used at the end of a series of marks.

PolyDelay

int	PolyDelay { get; set; }

The delay (in μsecs) applied between two consecutive marking vectors along a polyline.

PulseWaveform

int	PulseWaveform { get; set; }

For use with SPI Laser Only, defines the Pulse waveform number of the SPI laser in use.

RepeatCount

int	RepeatCount { get; set; }

Sets the number of times the marking should repeat

PipelineDelay

float

PipelineDelay { get; set; }

Set the time that all laser signals are time-shifted relative to the issuance of galvo position commands.

MarkingPowerPercentage

float

MarkingPowerPercentage { get; set; }

Sets the laser power as a percentage.

MarkingSpeed

float

MarkingSpeed { get; set; }

Establishes the vector speed at which a mark is executed. Units are mm/second

JumpSpeed

float

JumpSpeed { get; set; }

Sets the jump speed in mm per sec

VelocityCompensationLimit

float

VelocityCompensationLimit { get; set; }

Sets the limit of maximum compensation as a percentage of the normal marking power level. Its range is 0 (maximum compensation) to 100% (no compensation).

VelocityCompensationAggressiveness

float

VelocityCompensationAggressiveness

Sets how aggressively the system will compensate for velocity changes. The higher the number, the quicker the change will be applied. This number directly correlates to the tuning bandwidth of the galvo servos.

MaxRadialError

float

MaxRadialError { get; set; }

The allowable deviation (millimeters) from commanded trajectory, above which “Skywriting” is activated.

BreakAngle

float

BreakAngle { get; set; }

The angle between contiguous vectors below which Max Radial Error is ignored and servo dynamics smooth the transition. Often useful for vectorized fonts, where curves are approximated by polylines with small angle changes.

ChannelOneDutyCycle

float

ChannelOneDutyCycle { get; set; }

Sets duty cycle or the pulse width for channel 1 as a percentage.

ChannelTwoDutyCycle

float

ChannelTwoDutyCycle { get; set; }

Sets duty cycle or the pulse width for channel 2 as a percentage.

WobbleOverlapPercentage

float

WobbleOverlapPercentage { get; set; }

Sets the wobble overlap percentage for marking

ModulationFrequency

float

ModulationFrequency { get; set; }

Sets the laser modulation frequency in kHz.

Version

float

Version { get }

Gets the version of this laser parameters object for serialization validation

WobbleThickness

float

WobbleThickness { get; set; }

Sets the wobble thickness.

Name

string

Name { get; set; }

User defined name for this object. By assigning a descriptive and relevant name to the object, users can easily recognize and reference it in their code

DistanceUnit

DistanceUnit { get; }

Sets the Units (mm/Inch) used to measure the distances.

TimeUnit

TimeUnit { get; }

Sets the Units used to measure or represent time durations

AngleUnit

AngleUnit { get; }

Sets the Units used to measure angular values.

VelocityCompensationMode

VelocityCompensationMode { get; set; }

Sets the mode of operation; Disabled, Duty cycle (pulse width changes), Frequency (pulse period changes) & Power (analog or digital power changes).

ProfileSettings

LaserProfileSettings

ProfileSettings { get; set; }

Set details to use this parameters as a laser recipe for future use