Miniaturized laser module complete with controller and USB power supply all within an incredibly small package KEY FEATURES: Incredibly small yet fully featured Output powers up to 75 mw Powered by USB: no extra power adapter or cable required excellent value for money It s the world s smallest complete laser module: in an amazingly small design, the MiniLas includes not only the laser diode and precision collimating optics, but also the laser controller and power supply via USB. All you need for operating and controlling the laser is a simple USB cable connected to your computer. Its compact size makes the MiniLas a perfect choice as a precision light source for space-limited applications. The MiniLas is available in two versions: the MiniLas Evo emits a free collimated TEM 00 laser beam the MiniLas Fiber couples the laser beam into an optical fiber EVO Wavelength Max. output power 375 nm 50 mw 405 nm 15 mw, 50 mw 445 nm 15 mw 515 nm 15 mw 640 nm 75 mw 660 nm 75 mw 785 nm 75 mw 980 nm 75 mw FIBER The MiniLas Fiber includes an 80 cm single mode optical fiber with an FC or FCAPC connector. The fiber is factory-aligned and permanently attached. Polarization-maintaining or multi-mode fibers are optionally available. Please contact our sales team for further information. Wavelength Max. output power 405 nm 50 mw 445 nm 30 mw 635 nm 40 mw 660 nm 40 mw 785 nm 50 mw 808 nm 15 mw 830 nm 15 mw 1060 nm 50 mw 1310 nm 10 mw 1550 nm 10 mw
Beam specifications for MiniLas Evo Beam diameter Divergence 1.1 2.2 to 1.2 2.8 mm (depending on wavelength) < 0.9 mrad Spatial beam mode TEM 00 Polarization linear, > 100:1 Polarization direction vertical (cage mounting allows simple rotation for horizontal polarisation) Beam alignment < 5 mrad and < 0.1 mm (compared to base mount) Pointing stability < 5 µrad/k General specifications Noise < 2 % RMS Power stability < 2 % (10 h) Warm-up time 5 sec Drive mode active current control Control modes constant power, controllable via USB CDRH classification 3b 40.0 25.0 25.0 mm (technical 40.3 g Operating temperature 0 C to 45 C (non-condensing) Storage temperature -25 C to 70 C Ltune control software The operating parameters can be monitored and controlled from a PC using the Ltune laser control software for Windows (included). In addition, the driver interface commands are described in detail in the manual, enabling users to control the MiniLas from their own custom application software.
nova Compact laser module without compromises for industrial integration and scientific applications KEY FEATURES: Output powers up to 1W High beam quality and stability Broad selection of wavelengths, fine-tunable up to 1.5 MHz / 50 MHz Temperature-stabilized Highly cost-efficient Lasertype Wavelength Maximum output power Diode 375 nm 50, 175 mw Diode 395 nm 100 mw Diode 405 nm 75, 125, 175, 250, 500, 1000 mw Diode 420 nm 100 mw Diode 445 nm 75, 100, 250, 500, 1000 mw Diode 450 nm 75 mw Diode 455 nm 25 mw Diode 458 nm 75 mw Diode 473 nm 50, 75 mw Diode 488 nm 75, 175 mw Diode 515 nm 25, 75 mw Diode 520 nm 50 mw DPSS 532 nm 75, 125, 200 mw Diode 635 nm 75, 125 mw Diode 638 nm 75, 125, 175 mw Diode 642 nm 75, 125, 175 mw Diode 660 nm 75, 125, 175, 250 mw Diode 685 nm 40 mw Diode 705 nm 40 mw Diode 730 nm 40 mw Diode 785 nm 75, 125 mw Diode 808 nm 75, 125 mw Diode 830 nm 75, 125 mw Diode 852 nm 75, 125 mw Diode 905 nm 75 mw Diode 915 nm 75, 125, 175, 250 mw Diode 940 nm 75, 125, 175, 250 mw Diode 980 nm 75, 125, 175, 250 mw Diode 1064 nm 75, 125, 175, 300 mw multi mode 50 MHz with high-speed option Beam diameter Divergence Diode lasers 1.1 2.2 to 1.2 4.3 mm (round beam optional) < 1.2 mrad Beam mode TEM 00 DPSS lasers Round beam 1.2 mm Polarization Linear, > 100:1 Linear, > 10:1 Pol. direction Beam alignment Pointing stability Noise Vertical < 5 mrad and < 0.1 mm (compared to base mount) < 5 µrad/k < 2 % RMS Power stability < 1 % Temp. accuracy < 10 mk Warm-up time Ready for use after 5 s, calibrated operation after 5 min Drive mode Control modes Beam specifications Constant adjustable power, analog & digital external modulation up to 1.5 MHz / 50 MHz Active current control Constant nominal power, digital external modulation up to 10 khz Power, temperature and modulation via USB, optional remote control available Acusto-optical modulator recommended for faster modulation
CDRH classification Operating temperature General specifications 3b 63.5 31.0 32.5 mm (technical 94 g (laser head) Storage temperature -25 C to 70 C 0 C to 45 C (non-condensing) sales@pembrokeinstruments.com Round beam option The round beam option provides a circularly round beam profile and is available for most wavelengths. With this option, the maximum output power is 70 to 90 % of the nominal power. Laser Controller Two different laser controllers are provided to choose from. For scientific applications and prototyping we recommend using our PowerController. For industrial integration we also offer the very compact PowerBox to be directly attached to the laser head or connected via a customized cable. PowerController Beam profile with round beam option High-speed option The NovaPro with PowerBox is optionally available with highspeed digital modulation up to 50 MHz. input Cable length AC adapter (included) analog andz digital 0 5 V DC up to 0.5 MHz Interlock, key switch, mode switch 80 cm 12 V DC, up to 2 A 100 240 V AC, 50 60 Hz 85.0 85.0 32.5 mm (technical 416 g PowerBox Beam diameter correction Polarization > 10 000 : 1 Opto-mechanical shutter Remote control RC-1 Diode selection Further options All operating parameters can be monitored and controlled from a PC using the Ltune laser control software for Windows. In addition, the driver interface commands are described in detail in the manual, enabling users to control the NovaPro laser from their own custom application software. Each Laser System includes an actual- Version of the Ltune Software. RS-232 interface Fiber coupler Water cooling Ltune control software Typical spectrum 2500 Emission spectrum input up to 1.5 MHz Interlock 12 36 V DC, up to 2 A 39.0 31.0 32.5 mm (technical 69 g Intensity 2000 1500 1000 500 0 P = 82 mw T = 30.8 C 560 580 600 620 640 660 680 700 720 740 Wavelength [nm] Digital connection is not required for operation. See separate data sheet for details. For more details, please see the PowerBox data sheet.
nova FIBER Compact FIBER laser SYSTEM for industrial integration and scientific applications KEY FEATURES: Output powers up to 500 mw High beam quality and stability Broad selection of wavelengths, fine-tunable up to 1.5 MHz / 50 MHz Temperature-stabilized Precision optics Lasertype Wavelength Maximum output power Beam specifications Diode 375 nm 25, 90 mw Diode 395 nm 50 mw Diode 405 nm 40, 60, 90, 125, 250, 500 mw Diode 420 nm 50 mw Diode 445 nm 40, 50, 125, 250, 500 mw Diode 450 nm 40 mw Diode 455 nm 12 mw Diode 458 nm 40 mw Diode 473 nm 25, 40 mw Diode 488 nm 40, 90 mw Diode 515 nm 12, 40 mw DPSS 532 nm 40, 60, 100 mw Diode 635 nm 40, 60 mw Diode 638 nm 40, 60, 90mW Diode 642 nm 40, 60, 90 mw Diode 660 nm 40, 60, 90, 125 mw Diode 685 nm 20 mw Diode 705 nm 20 mw Diode 730 nm 20 mw Diode 785 nm 40, 60 mw Diode 808 nm 40, 60 mw Diode 830 nm 40, 60 mw Diode 852 nm 40, 60 mw Diode 905 nm 40 mw Diode 915 nm 40, 60, 90, 125 mw Diode 940 nm 40, 60, 90, 125 mw Diode 980 nm 40, 60, 90, 125 mw Diode 1064 nm 40, 60, 90, 150 mw Diode lasers DPSS lasers Beam diameter Round beam Round beam Divergence < 1.2 mrad Beam mode TEM 00 Polarization Linear, > 100:1 Linear, > 10:1 Pol. direction Beam alignment Pointing stability Noise Vertical < 5 mrad and < 0.1 mm (compared to base mount) < 5 µrad/k < 2 % RMS Power stability < 1 % Temp. accuracy < 10 mk Warm-up time Ready for use after 5 s, calibrated operation after 5 min Drive mode Control modes Constant adjustable power, analog & digital external modulation up to 1.5 MHz / 50 MHz Active current control Constant nominal power, digital external modulation up to 10 khz Power, temperature and modulation via USB, optional remote control available Lasersystem includes factory aligned fiber coupler and 2m optic fiber with stainless steel tube and FC/APC connector. Available as single mode and polarization maintaining version multi mode 50 MHz with high-speed option Acusto-optical modulator recommended
CDRH classification Operating temperature General specifications 3b 63.5 31.0 32.5 mm (technical 94 g (laser head) Storage temperature -25 C to 70 C 0 C to 45 C (non-condensing) sales@pembrokeinstruments.com Round beam option (pre coupler) The round beam option provides a circularly round beam profile and is available for most wavelengths. With this option, the maximum output power is 70 to 90 % of the nominal power. Laser Controller Two different laser controllers are provided to choose from. For scientific applications and prototyping we recommend using our PowerController. For industrial integration we also offer the very compact PowerBox to be directly attached to the laser head or connected via a customized cable. PowerController Beam profile with round beam option High-speed option The NovaPro with PowerBox is optionally available with highspeed digital modulation up to 50 MHz. Further options Beam diameter correction Polarization > 10 000 : 1 Diode selection Opto-mechanical shutter RS-232 interface Water cooling Remote control RC-1 input Cable length AC adapter (included) up to 0.5 MHz Interlock, key switch, mode switch 80 cm 12 V DC, up to 2 A 100 240 V AC, 50 60 Hz 85.0 85.0 32.5 mm (technical 416 g PowerBox All operating parameters can be monitored and controlled from a PC using the Ltune laser control software for Windows. In addition, the driver interface commands are described in detail in the manual, enabling users to control the NovaPro laser from their own custom application software. Each Laser System includes an actual- Version of the Ltune Software. Ltune laser control software Typical spectrum 2500 Emission spectrum 2000 input up to 1.5 MHz Interlock 12 36 V DC, up to 2 A 39.0 31.0 32.5 mm (technical 69 g Intensity 1500 1000 500 0 P = 82 mw T = 30.8 C 560 580 600 620 640 660 680 700 720 740 Wavelength [nm] Digital connection is not required for operation. See separate data sheet for details. For more details, please see the PowerBox data sheet.
nova WAVELOCK HIGHLY STABILIZED CompACT laser SYSTEM for industrial integration and scientific applications KEY FEATURES: Exceptional wavelength stability < 0.015 nm Coherence length up to 2.0 m Output powers up to 500 mw Excellent beam quality and stability Temperature-stabilized Highly cost-efficient Wavelength Max. output power Spectral linewidth Coherence length 405 nm 8 mw 160 MHz / 0.1 pm > 1m 405 nm 30 mw 160 MHz / 0.1 pm > 1m 638 nm 20 mw 300 MHz / 0.4 pm > 0.5 m 640 nm 10 mw < 150MHz / 0.2 pm > 2 m 660 nm 35 mw 300 MHz / 0.5 pm > 0.3 m 685 nm 45 mw < 50 MHz / 0.1 pm > 2.0 m 690 nm 45 mw < 100 MHz / 0.2 pm > 2.0 m 785 nm 75 mw < 50 MHz / 0.1 pm > 2.0 m 785 nm 100 mw < 175 MHz / 0.4 pm > 1m 785 nm 150 mw < 50 GHz / 0.1 nm > 0.6 cm 785 nm 100 mw < 50 GHz / 0.1 nm > 0.6 cm 785 nm 500 mw < 120 GHz / 0.25 nm > 2.0 mm 808 nm 150 mw < 50 MHz / 0.1 pm > 2.0 m 830 nm 500 mw < 66 GHz / 0.15 nm > 4.5 mm running the laser continuously at maximum output power Beam diameter Divergence Laser head 1.1 2.2 to 1.2 2.8 mm (round beam option on request) < 1.2 mrad Spatial beam mode TEM 00 Polarization Polarization direction Beam alignment Pointing stability Noise linear, > 100:1 typical vertical < 5 mrad and < 0.1 mm (compared to base mount) < 5 µrad/k < 2 % RMS Power stability < 1 % (10 h) Temperature accuracy < 10 mk Warm-up time ready for use after 5 s, calibrated operation after 3 min Drive mode modes Control modes CDRH classification Operating temperature active current control constant power, analog and digital external modulation. may decrease beam quality and stability. power, temperature and modulation via USB, optional remote control available 3b 63.5 31.0 32.5 mm (technical 94 g (laser head) 0 C to 45 C (non-condensing)
Laser Controller Two different laser controllers are provided to choose from. For scientific applications and prototyping we recommend using our PowerController. For industrial integration we also offer the very compact PowerBox to be directly attached to the laser head or connected via a customized cable. Round beam option The round beam option provides a circularly round beam profile and is available for most wavelengths. With this option, the maximum output power is 70 to 90 % of the nominal power. PowerController Beam profile with round beam option input Cable length AC adapter (included) up to 0.5 MHz Interlock, key switch, mode switch 80 cm 12 V DC, up to 2 A 100 240 V AC, 50 60 Hz 85.0 85.0 32.5 mm (technical 416 g PowerBox Beam diameter correction Polarization > 10 000 : 1 Diode selection Remote control RC-1 Opto-mechanical shutter Further options RS-232 interface Water cooling Fiber coupler Laser control software input up to 1.5 MHz Interlock 12 36 V DC, up to 2 A 39.0 31.0 32.5 mm (technical 69 g All operating parameters can be monitored and controlled from a PC using the Ltune laser control software for Windows. In addition, the driver interface commands are described in detail in the manual, enabling users to control the NovaPro laser from their own custom application software. Each Laser System includes an actual- Version of the Ltune Software. Analytical Instrumentation Bio-Instrumentation Confocal Microscopy Data Storage HeNe Replacement Typical Applications Lidar Metrology Raman Speckle Interferometry Photodynamic Therapy For more details, please see the PowerBox data sheet. Digital connection is not required for operation. See separate data sheet for details.
nova FIBER WAVELOCK HIGHLY STABILIZED CompACT laser SYSTEM for industrial integration and scientific applications KEY FEATURES: Exceptional wavelength stability < 0.015 nm Coherence length up to 2.0 m Output powers up to 250 mw Excellent beam quality and stability Temperature-stabilized Highly cost-efficient Wavelength Max. output power Spectral linewidth Coherence length 405 nm 5 mw 160 MHz / 0.1 pm > 1m 405 nm 15 mw 160 MHz / 0.1 pm > 1m 638 nm 10 mw 300 MHz / 0.4 pm > 0.5 m 640 nm 5 mw < 150MHz / 0.2 pm > 2 m 660 nm 20 mw 300 MHz / 0.5 pm > 0.3 m 685 nm 25 mw < 50 MHz / 0.1 pm > 2.0 m 690 nm 25 mw < 100 MHz / 0.2 pm > 2.0 m 785 nm 40 mw < 50 MHz / 0.1 pm > 2.0 m 785 nm 50 mw < 175 MHz / 0.4 pm > 1m 785 nm 75 mw < 50 GHz / 0.1 nm > 0.6 cm 785 nm 50 mw < 50 GHz / 0.1 nm > 0.6 cm 785 nm 250mW < 120 GHz / 0.25 nm > 2.0 mm 808 nm 75 mw < 50 MHz / 0.1 pm > 2.0 m 830 nm 250 mw < 66 GHz / 0.15 nm > 4.5 mm running the laser continuously at maximum output power Beam diameter Divergence Laser head round beam < 1.2 mrad Spatial beam mode TEM 00 Polarization Polarization direction Beam alignment Pointing stability Noise linear, > 100:1 typical vertical < 5 mrad and < 0.1 mm (compared to base mount) < 5 µrad/k < 2 % RMS Power stability < 1 % (10 h) Temperature accuracy < 10 mk Warm-up time ready for use after 5 s, calibrated operation after 3 min Drive mode modes Control modes CDRH classification Operating temperature active current control constant power, analog and digital external modulation. may decrease beam quality and stability. power, temperature and modulation via USB, optional remote control available 3b 63.5 31.0 32.5 mm (technical 94 g (laser head) 0 C to 45 C (non-condensing)
Laser Controller Two different laser controllers are provided to choose from. For scientific applications and prototyping we recommend using our PowerController. For industrial integration we also offer the very compact PowerBox to be directly attached to the laser head or connected via a customized cable. Round beam option The round beam option provides a circularly round beam profile and is available for most wavelengths. With this option, the maximum output power is 70 to 90 % of the nominal power. PowerController Beam profile with round beam option Further options input Cable length AC adapter (included) up to 0.5 MHz Interlock, key switch, mode switch 80 cm 12 V DC, up to 2 A 100 240 V AC, 50 60 Hz 85.0 85.0 32.5 mm (technical 416 g Beam diameter correction Polarization > 10 000 : 1 Diode selection Opto-mechanical shutter RS-232 interface Water cooling Remote control RC-1 input PowerBox up to 1.5 MHz Interlock 12 36 V DC, up to 2 A 39.0 31.0 32.5 mm (technical 69 g Laser control software All operating parameters can be monitored and controlled from a PC using the Ltune laser control software for Windows. In addition, the driver interface commands are described in detail in the manual, enabling users to control the NovaPro laser from their own custom application software. Each Laser System includes an actual- Version of the Ltune Software. Analytical Instrumentation Bio-Instrumentation Confocal Microscopy Data Storage HeNe Replacement Typical Applications Lidar Metrology Raman Speckle Interferometry Photodynamic Therapy For more details, please see the PowerBox data sheet. Digital connection is not required for operation. See separate data sheet for details.