Wavefront Sensors

Devices designed to perform measurements of the wavefront shape and intensity distribution of incident light. The most common types of wavefront sensors are the Shack-Hartmann wavefront sensor, high speed wavefront sensor, and wavefront curvature sensor, among others. Learn More

Product	Wavelength Range	Detection Wavelength Region	Wavefront Sensitivity	Availability	Price (USD)	Add to Cart
Short Wave IR Wavefront Sensor	1400 - 2100 nm	Short-Wave IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 9.6 x 7.68 mm Dimensions 90 x 115 x 120 mm Interface GigE Wavefront Accuracy < 0.02286λ (40 nm, Calculated) Wavelength Range 1400 - 2100 nm Applications Adaptive Optics Laser Testing Optical Communication Optical Systems Alignment Optics Metrology SWIR Weight ~ 1 kg Spatial Resolution 120 μm Key Features Night Vision Self-Referenced Phase Sampling 80 x 64 Detection Wavelength Region Short-Wave IR Intensity Sampling 80 x 64 Real-time Processing Frequency 10 FPS (Full Resolution) Phase Resolution < 6 nm (RMS) Supplier Location France See product details More from Phasics
X-Ray Wavefront Sensor	0.05 - 0.25 nm	X-Ray	λ/35 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 3 x 3 mm Dimensions 480 x 155 x 135 mm Interface USB Wavefront Accuracy λ/10 Operating System Windows 10 Wavelength Range 0.05 - 0.25 nm Applications Driving of X-Ray Active Optics Phase Imaging Real-time alignment of optical systems Spatial Resolution 20 μm Wavefront Sensitivity λ/35 (RMS) Phase Sampling 150 x 150 Detection Wavelength Region X-Ray Exposure Time 100 ms - 900 s Tilt Measurement Sensitivity 0.0165'' (80 nrad, RMS) Beam Divergence 5' 9.3975'' (1.5 mrad, Maximum) Typical Flux Needed at 1s Exposure 10^11 photon/s Supplier Location France See product details More from Imagine Optic
High-Speed Wavefront Sensor Kit	400 - 900 nm	Visible, Near IR	λ/200	In stock	$ 8149.15
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/60 Wavelength Range 400 - 900 nm Key Features MLAs Factory Calibrated for Use with the Included Wavefront Sensitivity λ/200 Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region Visible, Near IR Mounting Threads 4-40, 8-32, M4 Active Area 38.88 mm² Resolution (Pixels) 1440 x 1080 Sensing Area 7.2 x 5.4 mm (Maximum) Lenslet Pitch 150 μm, 300 μm Power Supply 12 V, 1.5 A Supply Voltage 12 V (1.5 A) Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Slew Rate 5 V/ns (Min) Lens Mount C-Mount Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	355 - 1064 nm	UV, Visible, Near IR	λ/710 (1 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 4.9 x 3.7 mm Interface GigE Wavelength Range 355 - 1064 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±10° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity λ/710 (1 nm, Calculated) Phase Sampling 0.13 mm Detection Wavelength Region UV, Visible, Near IR Frame Rate 30 FPS Number of Microlenses 37 x 27 Focus Range ±10 mm ... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
Wavefront Sensor Kit	-	-	λ/200	Contact Supplier	$ 5268.57
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/60 Key Features MLAs Factory Calibrated for Use with the Included Wavefront Sensitivity λ/200 Operating Temperature 5 - 35 °C (Non-Condensing) Mounting Threads 4-40, 8-32, M4 Active Area 79.0875 mm² Resolution (Pixels) 1920 x 1200 Sensing Area 11.25 x 7.03 mm (Maximum) Minimum Pulse Width 10 μs Lenslet Pitch 150 μm, 300 μm Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Slew Rate 5 V/ns (Min) Power Supply 12 V, 1.5 A Lens Mount C-Mount Input Impedance > 100 kΩ Supply Voltage 12 V (1.5 A) Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Storage Temperature -20 to 60 °C Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	266 - 405 nm	UV, Visible	2λ/671 (1 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 8.4 x 7 mm Interface GigE Wavelength Range 266 - 405 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±5° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity 2λ/671 (1 nm, Calculated) Phase Sampling 0.13 mm Detection Wavelength Region UV, Visible Frame Rate 24 FPS Number of Microlenses 63 x 53 Focus Range ±29 mm ... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
UV Wavefront Sensor	190 - 400 nm	UV, DUV	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 13.3 x 13.3 mm Dimensions 80.3 x 78.6 x 108.2 mm Interface USB Wavefront Accuracy 0.0678λ (20 nm, Calculated) Wavelength Range 190 - 400 nm Applications Adaptive Optics Laser Testing Lithography Optical Systems Alignment Optics Metrology Plasma Diagnostics Weight ~ 600 g Spatial Resolution 26 μm Phase Sampling 512 x 512 Detection Wavelength Region UV, DUV Frame Rate 15 FPS Intensity Sampling 512 x 512 Real-time Processing Frequency 3 FPS (Full Resolution) Phase Resolution 2 nm (RMS) Supplier Location France See product details More from Phasics
Wavefront Sensor	400 - 1100 nm	Visible, Near IR	< λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 3.6 x 4.5 mm Dimensions 60 x 48 x 42 mm Interface USB 3.0 Wavefront Accuracy ~ λ/100 Operating System Windows 10, Windows 7 Maximum Acquisition Frequency 99 Hz Wavelength Range 400 - 1100 nm Applications Adaptive Optics Beam Diagnostics Microscopy OEM Optical Metrology UHIL Weight 185 g Tilt Range ±3° Spatial Resolution ~ 110 μm Wavefront Sensitivity < λ/200 (RMS) Operating Temperature 15 - 30 °C Phase Sampling 32 x 40 Detection Wavelength Region Visible, Near IR Trigger Mode TTL Focus Range ± 0.018 m to ± ∞ Operation Mode Full pupil Power Supply USB 3/2.7 W via USB Supplier Location France See product details More from Imagine Optic
Short Wave IR Wavefront Sensor	900 - 1700 nm	Short-Wave IR Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 9.6 x 7.68 mm Dimensions 58 x 65 x 95 mm Interface GigE Wavefront Accuracy 0.01154λ (15 nm, Calculated) Wavelength Range 900 - 1700 nm Applications Adaptive Optics Laser Testing Optical Communication Optical Systems Alignment Optics Metrology Plasma Diagnostics SWIR Weight ~ 500 g Spatial Resolution 60 μm Key Features Compatible with Low Energy IR Sources Night Vision Phase Sampling 160 x 128 Detection Wavelength Region Short-Wave IR Near IR Frame Rate 30 FPS Sensor Type InGaAs Intensity Sampling 160 x 128 Real-time Processing Frequency > 7 FPS (Full Resolution) Phase Resolution < 2 nm (RMS) Supplier Location France See product details More from Phasics
High-Speed Wavefront Sensor	300 - 1100 nm	UV, Visible, Near IR	λ/200 λ/100 (633 nm, RMS)	In stock	$ 7175.05
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/30 (633 nm) λ/60 Wavelength Range 300 - 1100 nm Spatial Resolution 150 μm (Lenslet Pitch) Key Features One Mounted Microlens Array Included Wavefront Sensitivity λ/200 λ/100 (633 nm, RMS) Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region UV, Visible, Near IR Frame Rate 23 - 880 FPS Mounting Threads 4-40, 8-32, M4 Active Area 38.88 mm² Resolution (Pixels) 1440 x 1080 Sensing Area 7.2 x 5.4 mm (Maximum) Sensor Type CMOS Exposure Time 4 μs - 83.3 ms Substrate Material Fused Silica Quartz Focal Length 4.1 mm (Effective) 5.6 mm (Nominal) Pixel Size 5 x 5 μm Reflectivity < 25% Wavefront Dynamic Range > 100λ (633 nm) Maximum Wavefront Slope ±1° Lenslet Pitch 150 μm Fill Factor 74.5% (approx.) Power Supply 12 V, 1.5 A Supply Voltage 12 V (1.5 A) Included Cable USB 2 Type-A to Mini-B Cable, 2 m Local Curvature > 7.4 mm Lens Size Ø146 μm Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Lenslet Array Coating Chrome Mask Lens Shape Round, Plano-Convex Spherical Shutter Type Global Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Bit Depth 8 bit Slew Rate 5 V/ns (Min) Number of Active Lenslets 47 x 35 (Max), Software-Selectable Options Array Size 10 mm x 10 mm x 1.2 mm Lens Mount C-Mount Mask or Coating Chrome Mask Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Lenslet Grid Type Square Grid Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	400 - 800 nm	Visible, Near IR	< λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 22 x 22 mm Dimensions 100.7 x 104.5 x 121 mm Interface 10GigE Wavefront Accuracy λ/100 (6 nm) Operating System Windows 10, Windows 11 Maximum Acquisition Frequency 10 Hz Wavelength Range 400 - 800 nm Applications Alignment, Optics Characterization Weight 800 g Tilt Range ±3° Spatial Resolution ~ 170 μm Key Features Large Analysis Pupil Wavefront Sensitivity < λ/200 (RMS) Operating Temperature 15 - 30 °C Power Consumption 14 W Minimum Optical Power 700 pW Phase Sampling 128 x 128 Detection Wavelength Region Visible, Near IR Trigger Mode TTL Focus Range ± 0.020 m to ± ∞ Supplier Location France See product details More from Imagine Optic
Wavefront Sensor	266 - 405 nm	UV, Visible	2λ/671 (1 nm, Calculated)	In stock	Add to cart to request quote
Product Code Clear Aperture 12.2 x 12.2 mm Interface GigE Wavelength Range 266 - 405 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±5° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity 2λ/671 (1 nm, Calculated) Phase Sampling 0.13 mm Detection Wavelength Region UV, Visible Frame Rate 7 FPS Number of Microlenses 93 x 93 Focus Range ±29 mm ... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
Short Wave IR Wavefront Sensor	1400 - 2100 nm	Short-Wave IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 9.54 x 7.62 mm Dimensions 90 x 115 x 120 mm Interface GigE Wavefront Accuracy < 0.02286λ (40 nm, Calculated) Wavelength Range 1400 - 2100 nm Applications Optical Communication SWIR Weight ~ 1 kg Spatial Resolution 60 μm Key Features Night Vision Self-Referenced Phase Sampling 159 x 127 Detection Wavelength Region Short-Wave IR Intensity Sampling 159 x 127 Real-time Processing Frequency 10 FPS (Full Resolution) Phase Resolution < 6 nm (RMS) Supplier Location France See product details More from Phasics
Custom Wavefront Sensor	940 - 1700 nm	Short-Wave IR Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 3.26 x 3.26 mm Maximum Acquisition Frequency 1.9 kHz Wavelength Range 940 - 1700 nm Applications Adaptive Optics Laser Testing Optical Systems Alignment Optics Metrology Plasma Diagnostics SWIR Metrology Detection Wavelength Region Short-Wave IR Near IR Supplier Location France See product details More from Imagine Optic
Wavefront Sensor	193 - 355 nm	UV, DUV	λ/274 (1 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 12.2 x 12.2 mm Interface GigE Wavelength Range 193 - 355 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±5° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity λ/274 (1 nm, Calculated) Phase Sampling 0.13 mm Detection Wavelength Region UV, DUV Frame Rate 7 FPS Number of Microlenses 93 x 93 Focus Range ±33 mm ... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
High-Speed Wavefront Sensor Kit	300 - 1100 nm (150 μm MLA) 400 - 900 nm (300 μm MLA)	UV, Visible, Near IR	λ/200	2 weeks	$ 8149.15
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/60 Wavelength Range 300 - 1100 nm (150 μm MLA) 400 - 900 nm (300 μm MLA) Key Features MLAs Factory Calibrated for Use with the Included Wavefront Sensitivity λ/200 Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region UV, Visible, Near IR Mounting Threads 4-40, 8-32, M4 Active Area 38.88 mm² Resolution (Pixels) 1440 x 1080 Sensing Area 7.2 x 5.4 mm (Maximum) Lenslet Pitch 150 μm, 300 μm Power Supply 12 V, 1.5 A Supply Voltage 12 V (1.5 A) Storage Temperature -20 to 60 °C Contents of Kit Wavefront Sensor 150 μm Pitch AR Coated Microlens Array 300 μm Pitch AR Coated Microlens Array Pickup Tool Minimum Pulse Width 10 μs Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Slew Rate 5 V/ns (Min) Lens Mount C-Mount Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	300 - 1100 nm	UV, Visible, Near IR	λ/120 λ/80 (633 nm, RMS)	In stock	$ 6172.54
Product Code Clear Aperture 11.26 x 11.26 mm Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/40 λ/25 (633 nm) Wavelength Range 300 - 1100 nm Spatial Resolution 150 μm (Lenslet Pitch) Key Features One Mounted Microlens Array Included Wavefront Sensitivity λ/120 λ/80 (633 nm, RMS) Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region UV, Visible, Near IR Frame Rate 8 - 98 FPS Mounting Threads 4-40, 8-32, M4 Active Area 126.7876 mm² Resolution (Pixels) 2048 x 2048 Sensing Area 11.26 x 11.26 mm (Maximum) Sensor Type CMOS Exposure Time 77 μs - 499 ms Substrate Material Fused Silica Quartz Focal Length 4.1 mm (Effective) 5.6 mm (Nominal) Pixel Size 5.5 x 5.5 μm Reflectivity < 25% Wavefront Dynamic Range > 500λ (633 nm) Lenslet Pitch 150 μm Fill Factor 74.4% (approx.) Power Supply 12 V, 1.5 A Supply Voltage 12 V (1.5 A) Included Cable USB 3 Type-A to Mini-B Cable, 3 m Local Curvature > 7.4 mm Lens Size Ø146 μm Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Lenslet Array Coating Chrome Mask Lens Shape Round, Plano-Convex Spherical Shutter Type Global Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Bit Depth 8 bit Slew Rate 5 V/ns (Min) Number of Active Lenslets 73 x 73 (Max), Software-Selectable Options Array Size 12 mm x 12 mm x 1.2 mm Lens Mount C-Mount Mask or Coating Chrome Mask Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Lenslet Grid Type Square Grid Supplier Location New Jersey, USA See product details More from Thorlabs
Custom Wavefront Sensor	650 - 950 nm	Visible, Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Wavelength Range 650 - 950 nm Applications Adaptive Optics Laser Testing Optical Systems Alignment Optics Metrology Plasma Diagnostics Phase Sampling 40 x 32 Detection Wavelength Region Visible, Near IR Supplier Location France See product details More from Imagine Optic
Wavefront Sensor	355 - 800 nm	UV, Visible, Near IR	0.003463λ (2 nm, Calculated)	In stock	Add to cart to request quote
Product Code Clear Aperture 8.4 x 7 mm Interface GigE Wavelength Range 355 - 800 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±10° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity 0.003463λ (2 nm, Calculated) Phase Sampling 0.075 mm Detection Wavelength Region UV, Visible, Near IR Frame Rate 10 FPS Number of Microlenses 111 x 93 Focus Range ±6 mm... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
High-Resolution Wavefront Sensor	400 - 1100 nm	Visible, Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 15.29 x 15.29 mm Dimensions 73 x 70.5 x 93.2 mm Interface USB 3.1 Wavelength Range 400 - 1100 nm Applications Adaptive Optics Laser Characterization Laser Testing Material Inspection Optical Systems Alignment Optics Metrology Research Weight ~ 475 g Spatial Resolution 27.6 μm Key Features Achromaticity Large Analysis Pupil Phase Sampling 554 x 554 Detection Wavelength Region Visible, Near IR Frame Rate 8 FPS Intensity Sampling 554 x 554 Real-time Processing Frequency 1 FPS (Full Resolution) Phase Resolution < 5 nm (RMS) Supplier Location France See product details More from Phasics
Short Wave IR Wavefront Sensor	900 - 1700 nm	Short-Wave IR Near IR	~ λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 9.3 x 7.44 mm Dimensions 75 x 78 x 63 mm Interface USB 3.0 Wavefront Accuracy ~ λ/100 Operating System Windows 10 Maximum Acquisition Frequency 150 Hz Wavelength Range 900 - 1700 nm Applications Adaptive Optics Optical Metrology Weight 250 g Tilt Range ±3° Spatial Resolution 232.5 μm Wavefront Sensitivity ~ λ/200 (RMS) Operating Temperature 5 - 35 °C Power Consumption < 5 W Minimum Optical Power 300 fW Phase Sampling 40 x 32 Detection Wavelength Region Short-Wave IR Near IR Exposure Time 100 ns - 9 μs (Gated Option) Focus Range ± 0.042 m to ± ∞ Supplier Location France See product details More from Imagine Optic
Wavefront Sensor	400 - 900 nm	Visible, Near IR	λ/120 λ/100 (633 nm, RMS)	In stock	$ 6172.54
Product Code Clear Aperture 11.26 x 11.26 mm Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/30 (633 nm) λ/40 Wavelength Range 400 - 900 nm Spatial Resolution 150 μm (Lenslet Pitch) Key Features One Mounted Microlens Array Included Wavefront Sensitivity λ/120 λ/100 (633 nm, RMS) Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region Visible, Near IR Frame Rate 8 - 98 FPS Mounting Threads 4-40, 8-32, M4 Active Area 126.7876 mm² Resolution (Pixels) 2048 x 2048 Sensing Area 11.26 x 11.26 mm (Maximum) Sensor Type CMOS Exposure Time 77 μs - 499 ms Substrate Material Fused Silica Quartz Focal Length 5.2 mm (Effective) 5.6 mm (Nominal) Pixel Size 5.5 x 5.5 μm Reflectivity < 1% Wavefront Dynamic Range > 500λ (633 nm) Lenslet Pitch 150 μm Fill Factor 74.4% (approx.) Power Supply 12 V, 1.5 A Lenslet Size Ø146 μm Supply Voltage 12 V (1.5 A) Included Cable USB 3 Type-A to Mini-B Cable, 3 m Local Curvature > 10 mm Lens Size Ø146 μm Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Lenslet Array Coating AR Coated Lens Shape Round, Plano-Convex Spherical Shutter Type Global Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Bit Depth 8 bit Slew Rate 5 V/ns (Min) Number of Active Lenslets 73 x 73 (Max), Software-Selectable Options Array Size 12 mm x 12 mm x 1.2 mm Lens Mount C-Mount Mask or Coating AR Coating Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Lenslet Grid Type Square Grid Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	800 - 1064 nm	Near IR	λ/466 (2 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 8.4 x 7 mm Interface GigE Wavelength Range 800 - 1064 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±10° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity λ/466 (2 nm, Calculated) Phase Sampling 0.075 mm Detection Wavelength Region Near IR Frame Rate 10 FPS Number of Microlenses 111 x 93 Focus Range ±6 mm... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
High-Resolution Wavefront Sensor	190 - 400 nm	UV, DUV	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 7.8 x 7.8 mm Dimensions 74 x 71 x 91 mm Interface GigE Wavefront Accuracy 0.05085λ (15 nm, Calculated) Wavelength Range 190 - 400 nm Applications Adaptive Optics Laser Characterization Laser Testing Lithography Optical Systems Alignment Optics Metrology Plasma Diagnostics Weight ~ 600 g Spatial Resolution 26 μm Phase Sampling 300 x 300 Detection Wavelength Region UV, DUV Frame Rate > 15 FPS Intensity Sampling 300 x 300 Real-time Processing Frequency 2 FPS (Full Resolution) Phase Resolution 2 nm (RMS) Supplier Location France See product details More from Phasics
Wavefront Sensor	400 - 900 nm	Visible, Near IR	λ/200 λ/120 (633 nm, RMS)	In stock	$ 4381.23
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/40 (633 nm) λ/60 Wavelength Range 400 - 900 nm Spatial Resolution 150 μm (Lenslet Pitch) Key Features One Mounted Microlens Array Included Wavefront Sensitivity λ/200 λ/120 (633 nm, RMS) Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region Visible, Near IR Frame Rate 13 - 76 FPS Mounting Threads 4-40, 8-32, M4 Active Area 79.0875 mm² Resolution (Pixels) 1920 x 1200 Sensing Area 11.25 x 7.03 mm (Maximum) Sensor Type CMOS Exposure Time 31 μs - 2 s Substrate Material Fused Silica Quartz Focal Length 5.2 mm (Effective) 5.6 mm (Nominal) Pixel Size 5.86 x 5.86 μm Reflectivity < 1% Wavefront Dynamic Range > 500λ (633 nm) Lenslet Pitch 150 μm Fill Factor 74.4% (approx.) Power Supply 12 V, 1.5 A Supply Voltage 12 V (1.5 A) Included Cable USB 3 Type-A to Mini-B Cable, 3 m Local Curvature > 10 mm Lens Size Ø146 μm Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Lenslet Array Coating AR Coated Lens Shape Round, Plano-Convex Spherical Shutter Type Global Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Bit Depth 8 bit Slew Rate 5 V/ns (Min) Number of Active Lenslets 73 x 45 (Max), Software-Selectable Options Array Size 12 mm x 12 mm x 1.2 mm Lens Mount C-Mount Mask or Coating Anti-Reflection Coating Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Lenslet Grid Type Square Grid Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	800 - 1064 nm	Near IR	λ/466 (2 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 15.2 x 15.2 mm Interface GigE Wavelength Range 800 - 1064 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±10° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity λ/466 (2 nm, Calculated) Phase Sampling 0.075 mm Detection Wavelength Region Near IR Frame Rate 4 FPS Number of Microlenses 203 x 203 Focus Range ±6 mm... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
High-Resolution Wavefront Sensor	400 - 1100 nm	Visible, Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 5.02 x 3.75 mm Dimensions 62 x 64 x 94 mm Interface GigE Wavefront Accuracy λ/75 (10 nm, Calculated) Wavelength Range 400 - 1100 nm Applications Adaptive Optics Laser Testing Optical Metrology Optical Systems Alignment Optics Metrology Plasma Diagnostics Weight ~ 450 g Spatial Resolution 27.6 μm Key Features Achromaticity Insensitive to Vibrations Self-Referenced Phase Sampling 182 x 136 Detection Wavelength Region Visible, Near IR Frame Rate 60 FPS Intensity Sampling 182 x 136 Real-time Processing Frequency 10 FPS (Full Resolution) Phase Resolution < 2 nm (RMS) Supplier Location France See product details More from Phasics
Multispectral Wavefront Sensor	550 - 1000 nm	Visible, Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 5 x 5 mm Dimensions 262 x 280 x 80 mm Interface GigE, USB 3.0 Wavefront Accuracy λ/100 Operating System Windows 10 Maximum Acquisition Frequency 20 Hz Wavelength Range 550 - 1000 nm Applications Broadband Systems Alignment Characterization of Compressed Beams Weight 4 kg Spatial Resolution 105 μm Key Features Far-field Measurement Near-Field Measurement Phase Sampling 50 x 68 Detection Wavelength Region Visible, Near IR Spectral Resolution 1 nm Input Beam Collimated (default) Any F/# (option) Supplier Location France See product details More from Imagine Optic
High-Resolution Wavefront Sensor	400 - 1100 nm	Visible, Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 9.98 x 8.64 mm Dimensions 73 x 71 x 90 mm Interface GigE Wavefront Accuracy 2λ/75 (20 nm, Calculated) Wavelength Range 400 - 1100 nm Applications Adaptive Optics Laser Testing Optical Systems Alignment Optics Metrology Plasma Diagnostics Weight ~ 450 g Spatial Resolution 24 μm Key Features Adaptive Optics Vacuum Compatibility Phase Sampling 416 x 360 Detection Wavelength Region Visible, Near IR Frame Rate 10 FPS Intensity Sampling 416 x 360 Real-time Processing Frequency 3 FPS (Full Resolution) Phase Resolution < 2 nm (RMS) Vacuum Compatibility > 10-6 mbar Supplier Location France See product details More from Phasics
Wavefront Sensor	980 - 1700 nm	Short-Wave IR Near IR	λ/670 (2 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 15.9 x 12.7 mm Interface GigE Wavelength Range 980 - 1700 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±5° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity λ/670 (2 nm, Calculated) Phase Sampling 0.35 mm Detection Wavelength Region Short-Wave IR Near IR Frame Rate 30 FPS Number of Microlenses 45 x 35 Focus Range ±40 mm ... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
High-Speed Wavefront Sensor	400 - 900 nm	Visible, Near IR	λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 1.19 x 1.19 mm Dimensions 60 x 48 x 42 mm Interface USB 3.0 Wavefront Accuracy λ/100 (600 - 900 nm) Operating System Windows 10, Windows 7 Maximum Acquisition Frequency 1 kHz Wavelength Range 400 - 900 nm Weight 185 g Tilt Range ±3° Spatial Resolution 74.4 μm Wavefront Sensitivity λ/200 (RMS) Operating Temperature 15 - 30 °C Minimum Optical Power 1 nW (1 kHz) Phase Sampling 16 x 16 Detection Wavelength Region Visible, Near IR Intensity Sampling 16 x 16 Trigger Mode TTL Focus Range ± 0.008 m to ± ∞ Power Supply USB 3/3 W via USB Supplier Location France See product details More from Imagine Optic
High-Speed Wavefront Sensor Kit	-	-	λ/200	Contact Supplier	$ 8149.15
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/60 Key Features MLAs Factory Calibrated for Use with the Included Wavefront Sensitivity λ/200 Operating Temperature 5 - 35 °C (Non-Condensing) Mounting Threads 4-40, 8-32, M4 Active Area 38.88 mm² Resolution (Pixels) 1440 x 1080 Sensing Area 7.2 x 5.4 mm (Maximum) Minimum Pulse Width 10 μs Lenslet Pitch 150 μm, 300 μm Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Slew Rate 5 V/ns (Min) Power Supply 12 V, 1.5 A Lens Mount C-Mount Input Impedance > 100 kΩ Supply Voltage 12 V (1.5 A) Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Storage Temperature -20 to 60 °C Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	300 - 1100 nm	UV, Visible, Near IR	λ/200 λ/80 (633 nm, RMS)	In stock	$ 4381.23
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/25 (633 nm) λ/60 Wavelength Range 300 - 1100 nm Spatial Resolution 150 μm (Lenslet Pitch) Key Features One Mounted Microlens Array Included Wavefront Sensitivity λ/200 λ/80 (633 nm, RMS) Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region UV, Visible, Near IR Frame Rate 13 - 76 FPS Mounting Threads 4-40, 8-32, M4 Active Area 79.0875 mm² Resolution (Pixels) 1920 x 1200 Sensing Area 11.25 x 7.03 mm (Maximum) Sensor Type CMOS Exposure Time 31 μs - 2 s Substrate Material Fused Silica Quartz Focal Length 4.1 mm (Effective) 5.6 mm (Nominal) Pixel Size 5.86 x 5.86 μm Reflectivity < 25% Wavefront Dynamic Range > 500λ (633 nm) Lenslet Pitch 150 μm Fill Factor 74.4% (approx.) Power Supply 12 V, 1.5 A Lenslet Size Ø146 μm Supply Voltage 12 V (1.5 A) Included Cable USB 3 Type-A to Mini-B Cable, 3 m Local Curvature > 7.4 mm Lens Size Ø146 μm Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Lenslet Array Coating Chrome Mask Lens Shape Round, Plano-Convex Spherical Shutter Type Global Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Bit Depth 8 bit Slew Rate 5 V/ns (Min) Number of Active Lenslets 73 x 45 (Max), Software-Selectable Options Array Size 12 mm x 12 mm x 1.2 mm Lens Mount C-Mount Mask or Coating Chrome Mask Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Lenslet Grid Type Square Grid Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	400 - 750 nm	Visible	< λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 13.77 x 10.22 mm Dimensions 47 x 60 x 62 mm Interface USB 3.0 Wavefront Accuracy λ/100 (6 nm) Operating System Windows 10 Maximum Acquisition Frequency 30 Hz Wavelength Range 400 - 750 nm Applications Freeform Optics Characterization Optical Systems Alignment Optics Characterization Parabolic Mirrors Characterization Weight 200 g Tilt Range ±3° Spatial Resolution ~ 20 μm Key Features High Dynamic Range High Spatial Frequency Aberrations High Spatial Sampling Frequency Wavefront Sensitivity < λ/200 (RMS) Operating Temperature 15 - 30 °C Power Consumption 3.6 W Minimum Optical Power 700 pW Phase Sampling 680 x 504 Detection Wavelength Region Visible Trigger Mode TTL Focus Range ± 0.010 m to ± ∞ Supplier Location France See product details More from Imagine Optic
Wavefront Sensor	355 - 800 nm	UV, Visible, Near IR	0.003463λ (2 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 4.9 x 3.7 mm Interface GigE Wavelength Range 355 - 800 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±10° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity 0.003463λ (2 nm, Calculated) Phase Sampling 0.075 mm Detection Wavelength Region UV, Visible, Near IR Frame Rate 26 FPS Number of Microlenses 65 x 49 Focus Range ±6 mm... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
Long Wave IR Wavefront Sensor	3000 - 5000 nm 8000 - 14000 nm	Mid IR, Long-Wave IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 10.88 x 8.16 mm Dimensions 89 x 102 x 156 mm Interface GigE Wavefront Accuracy 0.01875λ (75 nm, Calculated) Wavelength Range 3000 - 5000 nm 8000 - 14000 nm Applications Adaptive Optics Laser Testing Optical Systems Alignment Optics Metrology Plasma Diagnostics Weight ~ 1.6 kg Spatial Resolution 68 μm Key Features MWIR & LWIR Bands with the Same Sensor Phase Sampling 160 x 120 Detection Wavelength Region Mid IR, Long-Wave IR Frame Rate 50 FPS Intensity Sampling 160 x 120 Real-time Processing Frequency > 10 FPS (Full Resolution) Phase Resolution 25 nm (RMS) Supplier Location France See product details More from Phasics
Short Wave IR Wavefront Sensor	1050 - 1700 nm	Short-Wave IR Near IR	λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 9.3 x 7.44 mm Dimensions 75 x 78 x 63 mm Interface USB 3.0 Wavefront Accuracy λ/100 Operating System Windows 10 Maximum Acquisition Frequency 150 Hz Wavelength Range 1050 - 1700 nm Applications Adaptive Optics Laser Testing Optical Systems Alignment Optics Metrology Plasma Diagnostics SWIR Metrology Weight 250 g Tilt Range ±3° Spatial Resolution 58 μm Wavefront Sensitivity λ/200 (RMS) Operating Temperature 15 - 30 °C Power Consumption < 5 W Minimum Optical Power 1 pW Phase Sampling 160 x 128 Detection Wavelength Region Short-Wave IR Near IR Intensity Sampling 160 x 128 Trigger Mode TTL Focus Range ± 0.040 m to ± ∞ Supplier Location France See product details More from Imagine Optic
Wavefront Sensor	800 - 1064 nm	Near IR	λ/466 (2 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 10.3 x 10.3 mm Interface GigE Wavelength Range 800 - 1064 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±10° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity λ/466 (2 nm, Calculated) Phase Sampling 0.075 mm Detection Wavelength Region Near IR Frame Rate 6 FPS Number of Microlenses 137 x 137 Focus Range ±6 mm... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
High-Speed Wavefront Sensor	400 - 900 nm	Visible, Near IR	λ/200 λ/100 (633 nm, RMS)	In stock	$ 7175.05
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/30 (633 nm) λ/60 Wavelength Range 400 - 900 nm Spatial Resolution 150 μm (Lenslet Pitch) Key Features One Mounted Microlens Array Included Wavefront Sensitivity λ/200 λ/100 (633 nm, RMS) Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region Visible, Near IR Frame Rate 23 - 880 FPS Mounting Threads 4-40, 8-32, M4 Active Area 38.88 mm² Resolution (Pixels) 1440 x 1080 Sensing Area 7.2 x 5.4 mm (Maximum) Sensor Type CMOS Exposure Time 4 μs - 83.3 ms Substrate Material Fused Silica Quartz Focal Length 5.2 mm (Effective) 5.6 mm (Nominal) Pixel Size 5 x 5 μm Reflectivity < 1% Wavefront Dynamic Range > 100λ (633 nm) Maximum Wavefront Slope ±48' Lenslet Pitch 150 μm Fill Factor 74.5% (approx.) Power Supply 12 V, 1.5 A Supply Voltage 12 V (1.5 A) Included Cable USB 2 Type-A to Mini-B Cable, 2 m Local Curvature > 10 mm Lens Size Ø146 μm Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Lenslet Array Coating AR Coated Lens Shape Round, Plano-Convex Spherical Shutter Type Global Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Bit Depth 8 bit Slew Rate 5 V/ns (Min) Number of Active Lenslets 47 x 35 (Max), Software-Selectable Options Array Size 10 mm x 10 mm x 1.2 mm Lens Mount C-Mount Mask or Coating Anti-Reflection Coating Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Lenslet Grid Type Square Grid Supplier Location New Jersey, USA See product details More from Thorlabs
Custom Wavefront Sensor	-	-	-	Contact Supplier	Add to cart to request quote	Only 111 left
Product Code Applications Adaptive Optics Laser Testing Material Inspection Optical Systems Alignment Optics Metrology Phase Imaging Plasma Diagnostics Key Features Integrates Any Detector On-demand Aperture Size Optimized Dynamic Range Supplier Location France See product details More from Phasics
Wavefront Sensor	400 - 900 nm	Visible, Near IR	λ/200 λ/120 (633 nm, RMS)	In stock	$ 4381.23
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/40 (633 nm) λ/60 Wavelength Range 400 - 900 nm Spatial Resolution 150 μm (Lenslet Pitch) Key Features One Mounted Microlens Array Included Wavefront Sensitivity λ/200 λ/120 (633 nm, RMS) Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region Visible, Near IR Frame Rate 13 - 76 FPS Mounting Threads 4-40, 8-32, M4 Active Area 79.0875 mm² Resolution (Pixels) 1920 x 1200 Sensing Area 11.25 x 7.03 mm (Maximum) Sensor Type CMOS Exposure Time 31 μs - 2 s Substrate Material Fused Silica Quartz Focal Length 5.2 mm (Effective) 5.6 mm (Nominal) Pixel Size 5.86 x 5.86 μm Reflectivity < 1% Wavefront Dynamic Range > 500λ (633 nm) Lenslet Pitch 150 μm Fill Factor 74.4% (approx.) Power Supply 12 V, 1.5 A Lenslet Size Ø146 μm Supply Voltage 12 V (1.5 A) Included Cable USB 3 Type-A to Mini-B Cable, 3 m Local Curvature > 10 mm Lens Size Ø146 μm Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Lenslet Array Coating AR Coated Lens Shape Round, Plano-Convex Spherical Shutter Type Global Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Bit Depth 8 bit Slew Rate 5 V/ns (Min) Number of Active Lenslets 73 x 45 (Max), Software-Selectable Options Array Size 12 mm x 12 mm x 1.2 mm Lens Mount C-Mount Mask or Coating AR Coating Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Lenslet Grid Type Square Grid Supplier Location New Jersey, USA See product details More from Thorlabs
High-Resolution Wavefront Sensor	400 - 1100 nm	Visible, Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 9.98 x 8.64 mm Dimensions 73 x 71 x 90 mm Interface GigE Wavefront Accuracy 2λ/75 (20 nm, Calculated) Wavelength Range 400 - 1100 nm Applications Adaptive Optics Laser Testing Material Inspection Optical Systems Alignment Optics Metrology Plasma Diagnostics Weight ~ 450 g Spatial Resolution 24 μm Key Features High Dynamic Range Large Analysis Pupil Phase Sampling 416 x 360 Detection Wavelength Region Visible, Near IR Frame Rate 10 FPS Intensity Sampling 416 x 360 Real-time Processing Frequency 3 FPS (Full Resolution) Phase Resolution < 2 nm (RMS) Supplier Location France See product details More from Phasics
EUV Wavefront Sensor	4 - 40 nm	DUV, X-Ray	~ λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 13 x 13 mm Dimensions 115 x 270 mm Interface USB 2.0 Wavefront Accuracy ~ λ/50 (13.5 nm) Operating System Windows 7 Wavelength Range 4 - 40 nm Applications HHG, synchrotron and EUV-FEL beam alignment and Characterization Mirror Alignment in Beamlines Schwarzschild Telescopes Spatial Resolution ~ 180 μm Wavefront Sensitivity ~ λ/200 (RMS) Phase Sampling 72 x 72 Detection Wavelength Region DUV, X-Ray Tilt Measurement Sensitivity 0.01031'' (50 nrad, RMS) Minimum Readout Time ~600 ms ( 2 MHz digitization ) Beam Divergence 5' 9.3975'' (1.5 mrad, Maximum) Power Supply USB 2/included Curvature Dynamic Range ± 0.5 m to ∞ Operating Vacuum Level 1 × 10^-7 mbar (hydrocarbon free) Typical Flux Needed at 1s Exposure 10^11 photon/s Numerical Aperture 0.013 Supplier Location France See product details More from Imagine Optic
Wavefront Sensor	355 - 1064 nm	UV, Visible, Near IR	2λ/709 (2 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 10.3 x 10.3 mm Interface GigE Wavelength Range 355 - 1064 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±10° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity 2λ/709 (2 nm, Calculated) Phase Sampling 0.13 mm Detection Wavelength Region UV, Visible, Near IR Frame Rate 9 FPS Number of Microlenses 79 x 79 Focus Range ±10 mm ... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
High-Speed Wavefront Sensor	400 - 900 nm	Visible, Near IR	λ/200 λ/100 (633 nm, RMS)	In stock	$ 7175.05
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/30 (633 nm) λ/60 Wavelength Range 400 - 900 nm Spatial Resolution 150 μm (Lenslet Pitch) Key Features One Mounted Microlens Array Included Wavefront Sensitivity λ/200 λ/100 (633 nm, RMS) Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region Visible, Near IR Frame Rate 23 - 880 FPS Mounting Threads 4-40, 8-32, M4 Active Area 38.88 mm² Resolution (Pixels) 1440 x 1080 Sensing Area 7.2 x 5.4 mm (Maximum) Sensor Type CMOS Exposure Time 4 μs - 83.3 ms Substrate Material Fused Silica Quartz Focal Length 5.2 mm (Effective) 5.6 mm (Nominal) Pixel Size 5 x 5 μm Reflectivity < 1% Wavefront Dynamic Range > 100λ (633 nm) Maximum Wavefront Slope ±48' Lenslet Pitch 150 μm Fill Factor 74.5% (approx.) Power Supply 12 V, 1.5 A Lenslet Size Ø146 μm Supply Voltage 12 V (1.5 A) Included Cable USB 2 Type-A to Mini-B Cable, 2 m Local Curvature > 10 mm Lens Size Ø146 μm Storage Temperature -20 to 60 °C Minimum Pulse Width 10 μs Lenslet Array Coating AR Coated Lens Shape Round, Plano-Convex Spherical Shutter Type Global Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Bit Depth 8 bit Slew Rate 5 V/ns (Min) Number of Active Lenslets 47 x 35 (Max), Software-Selectable Options Array Size 10 mm x 10 mm x 1.2 mm Lens Mount C-Mount Mask or Coating AR Coating Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Lenslet Grid Type Square Grid Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	266 - 405 nm	UV, Visible	2λ/671 (1 nm, Calculated)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 15.2 x 15.2 mm Interface GigE Wavelength Range 266 - 405 nm Applications Alignment, Laser Beam Characterization, Measurement of Imaging Quality Tilt Range ±5° Key Features Broad Spectral Range High Intrinsic Stability and Reliability Self-Referenced Single Shot Measurement Wavefront Sensitivity 2λ/671 (1 nm, Calculated) Phase Sampling 0.13 mm Detection Wavelength Region UV, Visible Frame Rate 7 FPS Number of Microlenses 117 x 117 Focus Range ±29 mm ... ±∞ Supplier Location Germany See product details More from OPTOCRAFT
Short Wave IR Wavefront Sensor	900 - 1700 nm	Short-Wave IR Near IR	-	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 9.6 x 7.68 mm Dimensions 58 x 65 x 95 mm Interface GigE Wavefront Accuracy 0.01154λ (15 nm, Calculated) Wavelength Range 900 - 1700 nm Applications Adaptive Optics Laser Testing Optical Communication Optical Systems Alignment Optics Metrology Plasma Diagnostics SWIR Weight ~ 500 g Spatial Resolution 120 μm Key Features Compatible with Low Energy IR Sources Night Vision Self-Referenced Phase Sampling 80 x 64 Detection Wavelength Region Short-Wave IR Near IR Frame Rate 30 FPS Sensor Type InGaAs Intensity Sampling 80 x 64 Real-time Processing Frequency > 7 FPS (Full Resolution) Phase Resolution < 2 nm (RMS) Supplier Location France See product details More from Phasics
Broadband Wavefront Sensor	350 - 1100 nm	UV, Visible, Near IR	< λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 13.78 x 10.21 mm Dimensions 47 x 60 x 62 mm Interface USB 3.0 Wavefront Accuracy λ/100 (6 nm) Operating System Windows 10 Maximum Acquisition Frequency 30 Hz Wavelength Range 350 - 1100 nm Applications Adaptive Optics Freeform Optics Characterization Laser Testing Optical Metrology Optics Characterization Parabolic Mirrors Characterization Weight 200 g Tilt Range ±3° Spatial Resolution ~ 81 μm Key Features High Dynamic Range High Spatial Frequency Aberrations High Spatial Sampling Frequency Wavefront Sensitivity < λ/200 (RMS) Operating Temperature 15 - 30 °C Power Consumption 3.6 W Minimum Optical Power 3 nW Phase Sampling 170 x 126 Detection Wavelength Region UV, Visible, Near IR Trigger Mode TTL Focus Range ± 0.010 m to ± ∞ Supplier Location France See product details More from Imagine Optic
Wavefront Sensor Kit	300 - 1100 nm (150 μm MLA) 400 - 900 nm (300 μm MLA)	UV, Visible, Near IR	λ/200	In stock	$ 5268.57
Product Code Dimensions 35.4 x 29.8 x 47.9 mm (1.39 x 1.17 x 1.89") 27.5 x 57 x 98.4 mm (1.08 x 2.24 x 3.87", FPGA Box) 46 x 56 x 33.1 mm (1.81 x 2.2 x 1.3", Camera Head) Wavefront Accuracy λ/60 Wavelength Range 300 - 1100 nm (150 μm MLA) 400 - 900 nm (300 μm MLA) Key Features MLAs Factory Calibrated for Use with the Included Wavefront Sensitivity λ/200 Operating Temperature 5 - 35 °C (Non-Condensing) Detection Wavelength Region UV, Visible, Near IR Mounting Threads 4-40, 8-32, M4 Active Area 79.0875 mm² Resolution (Pixels) 1920 x 1200 Sensing Area 11.25 x 7.03 mm (Maximum) Lenslet Pitch 150 μm, 300 μm Power Supply 12 V, 1.5 A Supply Voltage 12 V (1.5 A) Storage Temperature -20 to 60 °C Contents of Kit Wavefront Sensor 150 μm Pitch AR Coated Microlens Array 300 μm Pitch AR Coated Microlens Array Pickup Tool Minimum Pulse Width 10 μs Input Voltage 0 to 30 VDC, -0.5 to 6.5 V Slew Rate 5 V/ns (Min) Lens Mount C-Mount Input Impedance > 100 kΩ Warm-Up Time for Rated Accuracy 15 Minutes Trigger Slope Software Selectable: Low-High or High-Low Included Thread Adapter SM1A9 : External C-Mount to Internal SM1 (1.035"-40) Input Current 10 mA (Maximum) Supplier Location New Jersey, USA See product details More from Thorlabs
Wavefront Sensor	350 - 1100 nm	UV, Visible, Near IR	< λ/200 (RMS)	Contact Supplier	Add to cart to request quote
Product Code Clear Aperture 13.77 x 10.22 mm Dimensions 47 x 60 x 62 mm Interface USB 3.0 Wavefront Accuracy λ/100 (350 - 1100 nm, Incoherent Source) λ/100 (400 - 750 nm) Operating System Windows 10 Maximum Acquisition Frequency 30 Hz Wavelength Range 350 - 1100 nm Applications Adaptive Optics Freeform Optics Characterization Optical Metrology Optics Characterization Parabolic Mirrors Characterization Weight 200 g Tilt Range ±3° Spatial Resolution ~ 81 μm Key Features High Dynamic Range High Spatial Frequency Aberrations High Spatial Sampling Frequency Wavefront Sensitivity < λ/200 (RMS) Operating Temperature 15 - 30 °C Power Consumption 3.6 W Minimum Optical Power 700 pW Phase Sampling 170 x 126 Detection Wavelength Region UV, Visible, Near IR Trigger Mode TTL Focus Range ± 0.010 m to ± ∞ Supplier Location France See product details More from Imagine Optic