UnikLasers Overview
UniKLasers, a leading-edge photonics company, develops, designs, and manufactures single frequency, continuous wave DPSS lasers from the UV to NIR at mid- to high power outputs.
Their products combine high power from a single frequency, with unrivalled spectral purity, excellent beam quality and highly stable performance.
Features & Performance of UnikLasers Products:
-
- Narrow linewidths < 0.5 MHz, with our Quantum Range lasers < 0.3 MHz
- Output power stability within 2 % over 8 hours, ± 1.5 °C
- Virtually imperceptible power noise below 0.1 % RMS (10 Hz – 10 MHz)
- Less than 1 pm of spectral drift over 8 hours, ± 1.5 °C
- Industry-leading performance from a small footprint
- Turnkey installation with online diagnostics and service
These high performance, continuous wave, single frequency DPSS lasers are suitable for use in a wide range of scientific and industrial applications, including Raman Spectroscopy, Brillouin Scattering, Holography, Metrology, Flow Cytometry, Microscopy, Quantum Technology, and more.
Their proprietary BRaMMS Technology® platform delivers outstanding spectral performance with some of the highest output powers in the market. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint. Their engineering platform utilizes the spectrum-discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. Therefore, suppressing all but one lasing longitudinal mode within the laser cavity.
While they regularly introduce new wavelengths in response to market demand, they also offer customized developments for individual clients.
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UniKLasers, a leading-edge photonics company,develops, designs, and manufactures single frequency, continuous wave DPSS lasers from the UV to NIR at mid- to high power outputs. Their products combine high power from a single frequency, with unrivalled spectral purity, excellent beam quality and highly stable performance.
Features & Performance of UnikLasers Products:
-
- Narrow linewidths < 0.5 MHz, with our Quantum Range lasers < 0.3 MHz
- Output power stability within 2 % over 8 hours, ± 1.5 °C
- Virtually imperceptible power noise below 0.1 % RMS (10 Hz - 10 MHz)
- Less than 1 pm of spectral drift over 8 hours, ± 1.5 °C
- Industry-leading performance from a small footprint
- Turnkey installation with online diagnostics and service
Overview of Duetto-349 UV: 349nm CW Single Frequency UV Laser
Duetto-349 UV Specifications• Output Power (fixed value within range): 50 mW • Wavelength: 349 nm • Spectral Bandwidth: ≤ 0.5 MHz (no external ref.) • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 2.5 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.6 - 1.2 mm • Beam Pointing Stability: ≤ 5 µrad/°C |
Duetto-349 UV Features• Narrow Linewidth: ≤ 0.5 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 1.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingDuetto-349 UV Laser Head Dimensions• L x W x H: 222mm x 110mm x 105mm • Beam Height: 75mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Duetto-349 UV Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |
Overview of Duetto-532: 532nm Single Frequency DPSS Laser
Specifications• Output Power (fixed value within range): 10 - 1000 mW • Wavelength: 532 nm • Spectral Bandwidth: ≤ 0.5 MHz • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 1 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.7 - 1.1 mm • Beam Pointing Stability: ≤ 5 µrad/°C • Polarization Ratio: ≥ 100:1, vertical | |
Duetto-532 Features• Narrow Linewidth: ≤ 0.5 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 1.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingLaser Head Dimensions• L x W: 222mm x 110mm • Beam Height: 75mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |
Applications
• Raman Spectroscopy • Brillouin Scattering • Flow Cytometry • Optical Manipulation
• Interferometry • Semiconductors • Holography
[su_spacer="150"] [su_button url="https://www.rpmclasers.com/manufacturer/uniklasers/" style="flat" background="#ff6600" size="10" center="yes"]See all UnikLasers Products[/su_button] [su_spacer="50"] [su_button url="https://www.rpmclasers.com/contact/" target="blank" style="flat" background="#ff6600" size="10" center="yes"]Talk to a Product Manager[/su_button]Overview of Solo-1064: 1064nm Single Frequency DPSS Laser
Specifications• Output Power (fixed value within range): 10 - 2000 mW • Wavelength: 1064 nm • Spectral Bandwidth: ≤ 0.5 MHz • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 1 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.8 - 1.2 mm • Beam Pointing Stability: ≤ 5 µrad/°C • Polarization Ratio: ≥ 100:1, vertical |
Solo-1064 Features• Narrow Linewidth: ≤ 0.5 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 1.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingLaser Head Dimensions• L x W: 222mm x 80mm • Beam Height: 75mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |
Applications
• Raman Spectroscopy • Brillouin Scattering • Flow Cytometry
• Optical Manipulation • Interferometry
[su_spacer="150"] [su_button url="https://www.rpmclasers.com/manufacturer/uniklasers/" style="flat" background="#ff6600" size="10" center="yes"]See all UnikLasers Products[/su_button] [su_spacer="50"] [su_button url="https://www.rpmclasers.com/contact/" target="blank" style="flat" background="#ff6600" size="10" center="yes"]Talk to a Product Manager[/su_button]Overview of Solo-640: 640nm Single Frequency DPSS Laser
Specifications• Output Power (fixed value within range): 10 - 1000 mW • Wavelength: 640 nm • Spectral Bandwidth: ≤ 0.5 MHz • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 1 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.8 - 1.2 mm • Beam Pointing Stability: ≤ 5 µrad/°C • Polarization Ratio: ≥ 100:1, vertical |
Solo-640 Features• Narrow Linewidth: ≤ 0.5 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 1.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingLaser Head Dimensions• L x W: 207mm x 80mm • Beam Height: 70mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |
Applications
• Raman Spectroscopy • Brillouin Scattering • Flow Cytometry • Optical Manipulation
• Interferometry • Semiconductors • Holography
[su_spacer="150"] [su_button url="https://www.rpmclasers.com/manufacturer/uniklasers/" style="flat" background="#ff6600" size="10" center="yes"]See all UnikLasers Products[/su_button] [su_spacer="50"] [su_button url="https://www.rpmclasers.com/contact/" target="blank" style="flat" background="#ff6600" size="10" center="yes"]Talk to a Product Manager[/su_button]Overview of Solo-689.4 QT: 689.4nm Single Frequency DPSS Laser
Solo-689.4 QT Specifications• Output Power (fixed value within range): 10 - 30 mW • Wavelength: 689.4 nm • Spectral Bandwidth: ≤ 0.3 MHz (no external ref.) • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 1 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.8 - 1.2 mm • Beam Pointing Stability: ≤ 5 µrad/°C • Polarization Ratio: ≥ 100:1, vertical |
Solo-689.4 QT Features• Narrow Linewidth: ≤ 0.3 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 0.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingSolo-689.4 QT Laser Head Dimensions• L x W: 207mm x 80mm • Beam Height: 75mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Solo-689.4 QT Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |
Overview of Solo-698: 698nm Single Frequency DPSS Laser
Solo-698 Specifications• Output Power (fixed value within range): 10 - 100 mW • Wavelength: 698 nm • Spectral Bandwidth: ≤ 0.5 MHz • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 1 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.8 - 1.2 mm • Beam Pointing Stability: ≤ 5 µrad/°C • Polarization Ratio: ≥ 100:1, vertical |
Solo-698 Features• Narrow Linewidth: ≤ 0.5 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 1.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingSolo-698 Laser Head Dimensions• L x W: 207mm x 80mm • Beam Height: 75mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Solo-698 Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |
Overview of Solo-698.4 QT: 698.4nm Single Frequency DPSS Laser
Solo-698.4 QT Specifications• Output Power (fixed value within range): 10 - 50 mW • Wavelength: 698.4 nm • Spectral Bandwidth: ≤ 0.3 MHz (no external ref.) • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 1 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.8 - 1.2 mm • Beam Pointing Stability: ≤ 5 µrad/°C • Polarization Ratio: ≥ 100:1, vertical |
Solo-698.4 QT Features• Narrow Linewidth: ≤ 0.3 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 0.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingSolo-698.4 QT Laser Head Dimensions• L x W: 207mm x 80mm • Beam Height: 75mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Solo-698.4 QT Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |
Overview of Solo-780.24 QT: 780.24nm Single Frequency DPSS Laser
Solo-780.24 QT Specifications• Output Power (fixed value within range): 10 - 100 mW • Wavelength: 780.24 nm • Spectral Bandwidth: ≤ 0.3 MHz (no external ref.) • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 1 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.8 - 1.2 mm • Beam Pointing Stability: ≤ 5 µrad/°C • Polarization Ratio: ≥ 100:1, vertical |
Solo-780.24 QT Features• Narrow Linewidth: ≤ 0.3 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 0.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingSolo-780.24 QT Laser Head Dimensions• L x W: 207mm x 80mm • Beam Height: 75mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Solo-780.24 QT Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |
Overview of Duetto-349 UV: 349nm CW Single Frequency UV Laser
Duetto-349 UV Specifications• Output Power (fixed value within range): 50 mW • Wavelength: 349 nm • Spectral Bandwidth: ≤ 0.5 MHz (no external ref.) • Spatial Mode: TEM00 • Spectral Stability (over 8 hours): ± 1.0 pm • Coherence Length: > 100 m |
• Output Power Stability (over 8 hours): ≤ 2.0 % • Output Power Noise (10 Hz - 10 MHz): ≤ 0.1 % RMS • Beam Divergence: ≤ 2.5 mrad, diffraction limited • Beam Diameter at Output Aperture: 0.6 - 1.2 mm • Beam Pointing Stability: ≤ 5 µrad/°C |
Duetto-349 UV Features• Narrow Linewidth: ≤ 0.5 MHz • High Power Stability: ≤ 2.0 % • High Spectral Stability: ± 1.0 pm • Excellent Beam QualityIntegration Features• USB Connectivity • Software Control • Combined Heatsink • Remote Diagnostics |
Environmental Conditions• Ambient Temperature Range: 18 - 30 °C • Laser Head Interface Stability: ± 1.5 °C • Storage: 0 - 50 °C • Humidity: 5 - 95 %, non-condensingDuetto-349 UV Laser Head Dimensions• L x W x H: 222mm x 110mm x 105mm • Beam Height: 75mm |
Technology
Our engineering platform utilizes the spectrum discriminatory feature of a Michelson interferometer setup within a spectral range preselected by a VBG. This suppresses all but one lasing longitudinal mode within the laser cavity. Due to significantly lower power consumption and simplified thermal management, BRaMMS-based lasers provide improved output power scalability from a remarkably small footprint.
Duetto-349 UV Optional ExtrasWater CoolingFor specialized applications that demand minimal perturbance and vibration, we offer a water-cooling solution utilizing a high performance thermo-electric chiller. Should your cooling needs change in the future, the water-cooling loop can simply be disconnected from the pedestal and the laser head may be cooled passively. This option replaces our standard passive cooling pedestal. Versatile Software ControlIf you require greater control and monitoring of your laser's parameters, consider our PC control interface. Depending on your requirements, users can turn the connected laser on and off, refine output power and monitor performance. Remote Diagnostic SupportWe also offer a remote diagnostics option so our laser engineers can monitor the performance of your laser and make necessary adjustments, without the need for a call-out. |