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SPECIFICATIONS
LASER APPLICATOR SPECIFICATIONS
Single Diode Applicators
Applicator
Wavelength
(nm)
Output
Power
(mW)
Power
Density
(W/cm
2
)
Treatment
Area
(cm
2
)
Diode
Type
Nominal Ocular Hazard
Distance
(NOHD-in meters for
AEL<.0175 W/cm
2
)
Divergance
a1
(rad)
Divergance
a2
(rad)
Spot Size
(cm
2
)
850 nm 100 mW Laser
850
100
1.43
0.07
GaAlA
6.2218
0.097
0.54334
0.012
850 nm 150 mW Laser
850
150
2.14
0.07
GaAlA
8.8
0.097
0.54334
0.012
850 nm 200 mW Laser
850
200
2.85
0.07
GaAlA
12.44
0.097
0.54334
0.0376
820 nm 300 mW Laser
820
300
0.606
0.495
GaAlA
15.24
0.097
0.54334
0.242
For all single diode and cluster laser and LED applicators, the expected increase in the measured quantities after manufacture added to the values
measured at the time of manufacture is ±20%.
The new software incorporates a cooling function that forces the user to cool the laser clusters prior to the next treatment. The software will
calculate the cooling time needed when treatment times exceed 3 minutes per application. For a 3 minute treatment, it will force a 15 second cool
down period before the next treatment can begin. For a 4 minute treatment, it will force a 2 minute cool down period before the next treatment
can begin. The software extrapolates for times between 3 and 4 minutes.
A message will display on the screen informing the user that the probe is cooling down and the time period required. After 5 seconds, this message
will disappear. If the user attempts to use the probe before the cool down period is completed, the message will re-display to signify that the
applicator is still in cool down mode. After the cool down period is complete, a message displays that informs the user that the unit is ready for use.
Vectra® Genisys Laser
