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405nm 3.5mm Laser Beam 30°
 
405nm 3.5mm Laser Beam 30°
 
 
473nm 1.5mm Laser Beam 60°
 
473nm 2.0mm Laser Beam 45°
 
473nm 3.0mm Laser Beam 45°
 
 
532nm 1.0mm Laser Beam 60°
 
532nm 2.0mm Laser Beam 30°
 
532nm 2.5mm Laser Beam 45°
 
 
589nm 2.5mm Laser Beam 45°
 
589nm 2.5mm Laser Beam 45°
 
 
671nm 3.0mm Laser Beam 60°
 
671nm 3.0mm Laser Beam 45°
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
 
LINE OUTPUT LASERS
 
     
Applications    
       
LIDAR MALDI-TOF
Interferometry Flurescence
Holography Micro-Marking
Semiconductor Processing Non-Contact Inspection
Replacement of Nitrogen Lasers Entertainment Industry
        A Line Output Laser
 
SANCTITY LASER provide Laser Line Generator Lens [ POWELL LENS ], and Line Output Lasers, laser fan angles from 5degrees to 90degrees, laser line Intensity Distribution including: <35% [ Standard ], <25%, <15%, <10% and 5% [ Highest grade ].
 
All laser source selected best beam quality, best beam uniformity lasers, any intensity distribution laser line uniformity is good, customer have wide range of options for line output laser domain, and also can individual choose our Laser Line Generator Lenses to build line output laser by your own laser.
 
ORDER INFORMATION   LASER PRODUCTS CUSTOMS HS CODE: 9013200099
     
 
What Is A Perfect Laser Line?
 
405nm Laser Line
 
 
532nm Laser Line
 
Perfect Laser Line [ Our Line Output Lasers ]
 
Laser beam size too small, not matching to lens design beam size
 
Laser beam size too big, not matching to lens design beam size
 
 
Test Report Curve Graph
     
 
CCD Laser Beam Profile Pictures
 
 
     
 
     
 
Intensity Distribution < 10% Test Reports Curve Graph
 
Intensity Distribution < 5% Test Report Curve Graph
 
 
Laser Line Width = Original Laser Beam Diameter [ At Any Working Distances ]
Example: 532nm 100mW laser beam diameter is: 1.5mm at 1meter target, the line width also 1.5mm.
1.6mm at 3meters target, the line width also 1.6mm.
1.8mm at 5meters target, the line width also 1.8mm.
Note: The Laser line generator lens also will not change the original laser beam divergence.
 
 
1. Choose Line Output Laser Fan Angle and Intensity Distribution
Fan Angles Intensity Distribution
5° Standard < 35%, 25%, <15%, <10%
10° Standard < 35%, 25%, <15%, <10%
15° Standard < 35%, 25%, <15%, <10%
30° Standard < 35%, 25%, <15%, <10%
45° Standard < 35%, 25%, <15%, <10%
60° Standard < 35%, 25%, <15%, <10%
75° Standard < 35%, 25%, <15%, <10%
90° Standard < 35%, 25%, <15%, <10%
 
Note: If not sure the Laser fan angle of your need, please let us know the laser line length and line width of your laser working distance, our sales engineer will help you find right fan anlge laser.
 
 
2. Choose Laser Wavelengths & Output Power
LINK WAVELENGTH TYPE OUTPUT POWER LINK WAVELENGTH TYPE OUTPUT POWER
266nm DPSS 1 - 10mW 780nm Diode 1 - 2500mW
320nm DPSS 1 - 40mW 785nm Diode 1 - 2000mW
355nm DPSS 1 - 100mW 793nm Diode 1 - 2000mW
360nm DPSS 1 - 100mW 800nm Diode 1 - 2000mW
375nm Diode 1 - 500mW 808nm Diode 1 - 20000mW
380nm Diode 1 - 300mW 825nm Diode 1 - 3000mW
395nm Diode 1 - 100mW 830nm Diode 1 - 2000mW
405nm Diode 1 - 600mW 850nm Diode 1 - 2000mW
430nm DPSS 1 - 10mW 880nm Diode 1 - 2000mW
445nm Diode 1 - 15000mW 885nm Diode 1 - 2000mW
450nm Diode 1 - 1000mW 914nm DPSS 1 - 1000mW
457nm DPSS 1 - 8000mW 915nm Diode 1 - 8000mW
473nm DPSS 1 - 1500mW 940nm Diode 1 - 9000mW
480nm DPSS 1 - 200mW 946nm DPSS 1 - 1000mW
490nm Diode 1 - 2000mW 965nm Diode 1 - 2000mW
514.5nm Diode 1 - 50mW 975nm Diode 1 - 5000mW
515nm DPSS 1 - 500mW 980nm Diode 1 - 8000mW
520nm Diode 1 - 10000mW 1030nm DPSS 1 - 50mW
523.5nm DPSS 1 - 1000mW 1047nm DPSS 1 - 1000mW
526.5nm DPSS 1 - 1000mW 1053nm DPSS 1 - 2000mW
532nm DPSS 1 - 20000mW 1064nm Diode 1 - 2000mW
543nm DPSS 1 - 2000mW 1064nm DPSS 1 - 25000mW
556nm DPSS 1 - 2000mW 1085nm DPSS 1 - 300mW
561nm DPSS 1 - 2000mW 1122nm DPSS 1 - 300mW
589nm DPSS 1 - 3500mW 1310nm Diode 1 - 50mW
593.5nm DPSS 1 - 1000mW 1313nm DPSS 1 - 1000mW
635nm Diode 1 - 7000mW 1319nm DPSS 1 - 2000mW
638nm Diode 1 - 6000mW 1342nm DPSS 1 - 7000mW
639nm DPSS 1 - 1000mW 1450nm Diode 1 - 300mW
650nm Diode 1 - 6000mW 1470nm Diode 1 - 3000mW
656.5nm DPSS 1 - 1000mW 1530nm Diode 1 - 3000mW
660nm Diode 1 - 6000mW 1550nm Diode 1 - 3000mW
660nm DPSS 1 - 2000mW 1870nm Diode 1 - 500mW
671nm DPSS 1 - 6000mW 1905nm Diode 1 - 500mW
680nm Diode 1 - 1500mW 1940nm Diode 1 - 500mW
690nm Diode 1 - 1000mW 2200nm Diode 1 - 500mW
721nm DPSS 1 - 800mW - - -
 
 
Delivery Time
Intensity Distribution < 35% < 25%
Quantity [ Pcs ] 1 - 2 3 - 5 6 - 10 15 - 20 1 - 2 3 - 5 6 - 10 15 - 20
Delivery Time [ Week ] 2 - 3 2 - 3 3 - 4 4 - 5 3 3 4 5
 
Intensity Distribution < 15% < 10%
Quantity [ Pcs ] 1 - 2 3 - 5 6 - 10 15 - 20 1 - 2 3 - 5 6 - 10 15 - 20
Delivery Time [ Week ] 3 3 4 5 4 4 5 6 - 7
 
Note: Why the Line Output Laser delivery time kind long? Specially is the Intensity Distribution of 15% and 10%.
Because after received order we need change the laser generator lens for each individual laser, every laser beam have some small different, it need test laser line intensity distribution and change the base lenses of longtime.
 
 
Technological Process
1. Choose and Test Lasers
After we received order, first need choose the best quality and uniformity of laser beam from base lasers, then test laser output power stability and other standard laser test process.
2. Match and Change the Lenses
Measure the Laser beam diameter at the output aperture, then choose the designed same beam size lens from base lenses.
After matching the laser beam, then test the laser line intensity distribution by CCD instrument, and change the intensity distribution by engineers [ all by handwork to polish the lens ], until the laser line intensity distribution accord with the order request.
3. Install the Lens To Laser
Install the finished lenses to laser by CCD instrument, check the laser line intensity distribution and take the test curve graph for test report, check the laser line verticality to laser head and bending.
4. Laser aging test and drop test
Place the laser to age detector do the aging test, then do the laser droping test, keep the laser 100% qualified.
 
 
Line Output Laser Test report included following test items: Sample Reprot
 
     
Beam Profile Test   Power/Energy Stability Test   Power Adjust Curve Graph   Laser Noise Test
[ TEM00 Mode Type ]       [ Power Adjustable Type ]    
       
             
     
F-P Interferometer Single-frequency Mode Test   Coherent length Test   M² Factor Test   Wavelengths Test
[ need request ]
           
   
Note:
   
1. Laser price including "laser head" and "power supply".  
Sanctity Laser not sell "laser head" or "power supply" individually.  
     
2. Operation Instruction For Lasers:
 
3. Notes For TTL Modulation: TTL     Analog
     
4. Notes For Warranty and Safe:
     
5. Explain for every laser specification please check here:
     
6. More request for the products please contact to our Customer Service Team:
 
 
PRODUCTS CODE EXPLAIN
 
  MODEL : SSL - 532 - 0001 - XXM - XXL
   
       
  SSL : Shanghai Sanctity Laser
  532 : Laser wavelength of 532nm
  0001 : Laser output power of "milli watt" 0001 = 1mW 1000 = 1Watt
  XXM : 10TM of 10KHz TTL Modulation & 10AM of 10KHz Analog Modulation
  L : D : Dot Output L : Line Output F : Fiber Output LN : Low Noise
    S : Single Frequency Q : Q-Switched Pulsed
  P/N : Every laser products have a exclusive 8bit numbers