Spectral confocal displacement sensor

H40A26XL Series | H40A30 Series | H40A33XL Series

H40A26XL series

▶ Product Introduction
New technological breakthroughs: We independently developed and launched the first spectral confocal displacement sensor with independent input and output light, and separated channel optical fiber, which reduces optical path interference by more than 50% compared to traditional optical fibers, solving decades of problems in the industry. The highest test accuracy reaches sub-micron level, and the thinnest transparent film can be measured at 8μm. Ultra-high measurement accuracy is at the industry-leading level, and the product resolution can reach 1nm level. We independently developed a spectral confocal lens with a static repeatability of 10nm, a light spot as small as 3μm, a clearer optical path, and ultra-high resolution that can accurately separate and measure the reflected light from the surface and back of ultra-thin film samples. High stability: We independently developed an optical structure with a stable and precise optical system, no harsh environment, and stable measurement. We use highly efficient and accurate peak capture and filtering processing algorithms. We can accurately and quickly capture the peak wavelength to ensure the linearity of the measurement accuracy of the spectral confocal sensor.
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▶ Product Features
  • High light intensity type
  • Balanced performance parameters
  • Applicable to most application scenarios
▶ Naming Rules
H40 R4 A26 S40XL
Product diameter (mm) Measuring range (mm) Maximum measuring angle Spot size (μm)
▶ Product specifications
model H40R4A26S40XL H40R2A26S40XL H40R1A26S40XL
Dimensions 40mm*127.7mm 40mm*127.7mm 40mm*127.7mm
Reference Distance 30mm 31.1mm 31.1mm
Measuring range ±2.6mm ±1.15mm ±0.56mm
Maximum measurable angle ±26° mirror reflection surface ±26° mirror reflection surface ±26° mirror reflection surface
Minimum measurable thickness 133μm 66μm 33μm
Linear accuracy ±1.2μm ±0.6μm ±0.3mm
resolution 10nm 5nm 3nm
Spot size 40μm 40μm 40μm
Ambient Lighting 20000lux 20000lux 20000lux
Enclosure protection grade IP67 IP67 IP67
Temperature drift characteristics 0.005% of F.S. /℃ 0.005% of F.S. /℃ 0.005% of F.S. /℃
Operating temperature -20~85℃ -20~85℃ -20~85℃
Storage temperature 4~51℃ 4~51℃ 4~51℃
weight 190g 190g 190g
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HNMER2-GP Series PoE Cameras

▶ Series Features
400,000~20 million graphics elements, frame rate up to 302fps, support GEN CAM™ and GigE Vision® Gigabit Ethernet interface, supporting Power over Ethernet (PoE) Optically isolated 1-input 1-output I/O, 2 programmable GPIOs Compact, lightweight, rugged, and competitively priced.
▶ Product specifications
model Resolution (H×V) Frame rate FPS sensor Pixel size Primitive Depth color
HNMER2-041-302GM/C-P 720 × 540 302 fps 1/2.9" Sony IMX287 global shutter CMOS 6.9μm × 6.9μm 8/12bits Black and white/color
HNMER2-160-75GM/C-P 1440 × 1080 75 fps 1/2.9" Sony IMX273 global shutter CMOS 3.45μm × 3.45μm 8/12bits Black and white/color
HNMER2-202-60GM/C-P 1600 × 1200 60 fps 1/1.8" Teledyne e2v EV76C570 global shutter CMOS 4.5μm ×4.5μm 8/10bits Black and white/color
HNMER2-231-41GM/C-P 1920 × 1200 41 fps 1/1.2" Sony IMX249 global shutter CMOS 5.86μm × 5.86μm 8/10bits Black and white/color
HNMER2-302-37GM/C-P 2048 × 1536 37.4 fps 1/1.8" Sony IMX265 global shutter CMOS 3.45μm × 3.45μm 8/10bits Black and white/color
HNMER2-503-23GM/C-P 2448 × 2048 23.5 fps 2/3" Sony IMX264 global shutter CMOS 3.45μm × 3.45μm 8/10bits Black and white/color
HNMER2-630-18GM/C-P 3088 × 2064 18 fps 1/1.8" Sony IMX178 global shutter CMOS 2.4μm × 2.4μm 8/12bits Black and white/color
HNMER2-1220-9GM/C-P 4024 × 3036 9.63 fps 1/1.7" Sony IMX226 rolling shutter CMOS 1.85μm × 1.85μm 8/12bits Black and white/color
HNMER2-2000-6GM/C-P 5496 × 3672 5.8 fps 1" Sony IMX183 rolling shutter CMOS 2.4μm × 2.4μm 8/12bits Black and white/color

HNME2P-GP PRO Series PoE Camera

▶ Series Features
400,000~20 million graphics elements, frame rate up to 302fps, support GEN CAM™ and GigE Vision® Gigabit Ethernet interface, supporting Power over Ethernet (PoE) Optically isolated 1-input 1-output I/O, 2 programmable GPIOs Compact, lightweight, rugged, and competitively priced.
▶ Product specifications
model Resolution (H×V) Frame rate FPS sensor Pixel size Primitive Depth color
HNME2P-560-21GM/C-P 2600 × 2160 21 fps 1/2'' GMAX2505 global shutter CMOS 2.5μm × 2.5μm 8/12bits Black and white/color
HNME2P-900-13GM/C-P 4200 × 2160 13 fps 2/3" GMAX2509 Global Shutter CMOS 2.5μm × 2.5μm 8/12bits Black and white/color
HNME2P-1230-9GM/C-P 4096 × 3000 9 fps 1.1" Sony IMX304 global shutter CMOS 3.45μm × 3.45μm 8/12bits Black and white/color
HNME2P-1840-6GM/C-P 4496 × 4096 6.4 fps 1" GMAX2518 global shutter CMOS 2.5μm × 2.5μm 8/12bits Black and white/color
HNME2P-2621-4GM/C-P 5120 × 5120 4.5 fps 1.1" GMAX0505 global shutter CMOS 2.5μm × 2.5μm 8/12bits Black and white/color

H40A30 Series

▶ Product Introduction
New technological breakthroughs: We independently developed and launched the first spectral confocal displacement sensor with independent input and output light, and separated channel optical fiber, which reduces optical path interference by more than 50% compared to traditional optical fibers, solving decades of problems in the industry. The highest test accuracy reaches sub-micron level, and the thinnest transparent film can be measured at 8μm. Ultra-high measurement accuracy is at the industry-leading level, and the product resolution can reach 1nm level. We independently developed a spectral confocal lens with a static repeatability of 10nm, a light spot as small as 3μm, a clearer optical path, and ultra-high resolution that can accurately separate and measure the reflected light from the surface and back of ultra-thin film samples. High stability: We independently developed an optical structure with a stable and precise optical system, no harsh environment, and stable measurement. We use highly efficient and accurate peak capture and filtering processing algorithms. We can accurately and quickly capture the peak wavelength to ensure the linearity of the measurement accuracy of the spectral confocal sensor.
Download product brochure
▶ Product Features
  • Small spot type
  • Higher precision resolution
  • Applicable to more shape measurement scenarios
▶ Product specifications
model H40R4A30S11 H40R2A30S11 H40R1A30S11
Dimensions 40mm*189.8mm 40mm*189.8mm 40mm*189.8mm
Reference Distance 22.3mm 23.4mm 23.4mm
Measuring range ±2.2mm ±1.1mm ±0.55mm
Maximum measurable angle ±36° mirror reflection surface ±36° mirror reflection surface ±36° mirror reflection surface
Minimum measurable thickness 143μm 73μm 36μm
Linear accuracy ±1μm ±0.5μm ±0.2mm
resolution 9nm 5nm 3nm
Spot size 11μm 11μm 11μm
Ambient Lighting 20000lux 20000lux 20000lux
Enclosure protection grade IP67 IP67 IP67
Temperature drift characteristics 0.005% of F.S. /℃ 0.005% of F.S. /℃ 0.005% of F.S. /℃
Operating temperature -20~85℃ -20~85℃ -20~85℃
Storage temperature 4~51℃ 4~51℃ 4~51℃
weight 201g 201g 201g
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H40A33XL series

▶ Product Introduction
New technological breakthroughs: We independently developed and launched the first spectral confocal displacement sensor with independent input and output light, and separated channel optical fiber, which reduces optical path interference by more than 50% compared to traditional optical fibers, solving decades of problems in the industry. The highest test accuracy reaches sub-micron level, and the thinnest transparent film can be measured at 8μm. Ultra-high measurement accuracy is at the industry-leading level, and the product resolution can reach 1nm level. We independently developed a spectral confocal lens with a static repeatability of 10nm, a light spot as small as 3μm, a clearer optical path, and ultra-high resolution that can accurately separate and measure the reflected light from the surface and back of ultra-thin film samples. High stability: We independently developed an optical structure with a stable and precise optical system, no harsh environment, and stable measurement. We use highly efficient and accurate peak capture and filtering processing algorithms. We can accurately and quickly capture the peak wavelength to ensure the linearity of the measurement accuracy of the spectral confocal sensor.
Download product brochure
▶ Product Features
  • High light intensity type
  • Balanced performance parameters
  • Applicable to measurement scenarios of materials with high absorbance
▶ Product specifications
model H40R2A33S34XL H40R1A33S34XL H40R06A33S34XL
Dimensions 40mm*129.8mm 40mm*129.8mm 40mm*129.8mm
Reference Distance 18.9mm 19.5mm 19.5mm
Measuring range ±1.2mm ±0.6mm ±0.3mm
Maximum measurable angle ±33° mirror reflection surface ±33° mirror reflection surface ±33° mirror reflection surface
Minimum measurable thickness 80μm 40μm 20μm
Linear accuracy ±0.6μm ±0.3μm ±0.15mm
resolution 6 nm 3nm 2 nm
Spot size 34μm 34μm 34μm
Ambient Lighting 20000lux 20000lux 20000lux
Enclosure protection grade IP67 IP67 IP67
Temperature drift characteristics 0.005% of F.S. /℃ 0.005% of F.S. /℃ 0.005% of F.S. /℃
Operating temperature -20~85℃ -20~85℃ -20~85℃
Storage temperature 4~51℃ 4~51℃ 4~51℃
weight 192g 192g 192g