Focus on spectral sensing and optoelectronic application systems
IR-Apertured Microzone Transmittance Spectrometer
iSpec-TR-IND-OEM is a product from LiSen Optics designed specifically for industrial users that integrates a spectrometer, integrating sphere, micro-zone transmission lens, and high-power UV-enhanced halogen light sources for online transmission and reflection measurements in industrial applications. LiSen Optics provides specialized spectral transmission and reflection solutions for automation machinery integrators. With the 12-year expertise of their R&D team in the field of spectroscopy, their solutions are suitable for a variety of optical components and materials, including but not limited to optical phone cover plates with IR holes, parallel flat plates, sun films, optical filters, phone screens, display screens, glass lenses, adhesives, inks, and coated lenses.
iSpec-TR-IND-OEM is a product from LiSen Optics designed specifically for industrial users that integrates a spectrometer, integrating sphere, micro-zone transmission lens, and high-power UV-enhanced halogen light sources for online transmission and reflection measurements in industrial applications. LiSen Optics provides specialized spectral transmission and reflection solutions for automation machinery integrators. With the 12-year expertise of their R&D team in the field of spectroscopy, their solutions are suitable for a variety of optical components and materials, including but not limited to optical phone cover plates with IR holes, parallel flat plates, sun films, optical filters, phone screens, display screens, glass lenses, adhesives, inks, and coated lenses.
Product Introduction
Main Technical Features
● Light Source: Uses a UV-enhanced halogen light source with a uniform spectral bandwidth and good stability, enhanced in the 380-450nm UV range.
● Spectrometer: High signal-to-noise ratio, high sensitivity, and low stray light, ensuring the accuracy of spectral transmission values.
● Focusing Lens: Ensures a light spot diameter of 0.2-1.0mm with excellent imaging results and an anti-chromatic aberration coating.
● Integrating Sphere: 99% high reflectance, with uniformity and stability better than 0.1%. It effectively collects diffused transmitted light, improving transmission measurement accuracy.
The Spectrometer
LiSen Optics has extensive experience in providing solutions with spectrometers for various optical applications. They can offer customers high-performance and high-precision spectrometers tailored to specific needs. Depending on different application requirements, they help customers select the most suitable spectrometer with optimal performance. Additionally, they provide professional software customization and technical support for industrial integration clients.
Main Technical Features
● Light Source: Uses a UV-enhanced halogen light source with a uniform spectral bandwidth and good stability, enhanced in the 380-450nm UV range.
● Spectrometer: High signal-to-noise ratio, high sensitivity, and low stray light, ensuring the accuracy of spectral transmission values.
● Focusing Lens: Ensures a light spot diameter of 0.2-1.0mm with excellent imaging results and an anti-chromatic aberration coating.
● Integrating Sphere: 99% high reflectance, with uniformity and stability better than 0.1%. It effectively collects diffused transmitted light, improving transmission measurement accuracy.
The Spectrometer
LiSen Optics has extensive experience in providing solutions with spectrometers for various optical applications. They can offer customers high-performance and high-precision spectrometers tailored to specific needs. Depending on different application requirements, they help customers select the most suitable spectrometer with optimal performance. Additionally, they provide professional software customization and technical support for industrial integration clients.
Main Technical Features of the Spectrometer
● Employs a BT-CCD array with UV-visible-infrared quantum efficiency, high signal-to-noise ratio, and stable test data.
● Uses a high-light-flux transmission grating for greater sensitivity.
● Cooled detection: Extremely low noise jitter.
● Unique fiber-optic probe integrated design system ensures high stability and high light transmission flux.
● Extremely low stray light ensures measured transmittance is closer to theoretical values.
● Over 99% linearity.
|
Model |
iSpec-TMS-IND-OEM |
|
Wavelength Range |
300~1100nm |
|
Transmittance Accuracy |
≤0.2% |
|
Transmittance Repeatability |
±0.1% @380nm450nm, ±0.05% @450nm800nm, ±0.1% @800~1100nm |
|
Measurement Functions |
Reflectance, transmittance, color, film thickness, refractive index calculation |
|
Detector |
Hamamatsu1024X58 BT-CCD |
|
Wavelength Resolution |
0.5nm |
|
Signal-to-Noise Ratio |
1200:01:00 |
|
Stray Light |
0.05%@600nm; 0.02%@400nm |
|
Integration Time |
18ms-64s |
|
Cooling Method |
Peltier semiconductor cooling to -35°C relative to ambient |
|
Interface |
USB2.0 |
|
Dimensions/Weight |
170mm (L) × 190mm (W) × 100mm (H); 2.6kg |
Main Technical Features of the Spectrometer
● Employs a BT-CCD array with UV-visible-infrared quantum efficiency, high signal-to-noise ratio, and stable test data.
● Uses a high-light-flux transmission grating for greater sensitivity.
● Cooled detection: Extremely low noise jitter.
● Unique fiber-optic probe integrated design system ensures high stability and high light transmission flux.
● Extremely low stray light ensures measured transmittance is closer to theoretical values.
● Over 99% linearity.
|
Model |
iSpec-TMS-IND-OEM |
|
Wavelength Range |
300~1100nm |
|
Transmittance Accuracy |
≤0.2% |
|
Transmittance Repeatability |
±0.1% @380nm450nm, ±0.05% @450nm800nm, ±0.1% @800~1100nm |
|
Measurement Functions |
Reflectance, transmittance, color, film thickness, refractive index calculation |
|
Detector |
Hamamatsu1024X58 BT-CCD |
|
Wavelength Resolution |
0.5nm |
|
Signal-to-Noise Ratio |
1200:01:00 |
|
Stray Light |
0.05%@600nm; 0.02%@400nm |
|
Integration Time |
18ms-64s |
|
Cooling Method |
Peltier semiconductor cooling to -35°C relative to ambient |
|
Interface |
USB2.0 |
|
Dimensions/Weight |
170mm (L) × 190mm (W) × 100mm (H); 2.6kg |
Main Technical Features
LiSen Optics' LS-UV-HAL UV-enhanced halogen tungsten light source is a revolutionary product that offers balanced continuous full-spectrum output from UV (360-450nm) to VIS-NIR (400-2500nm). This solves the technical challenge of weak light output in the 360-450nm range traditionally seen in halogen lamps. The cooling method employs multi-channel air cooling and a heat sink structure.
LS-UV-HAL6’s Spectrum
LS-UV-HAL1 s Spectrum
|
Models |
LS-UV-HAL1 (single channel) |
LS-UV-HAL6 (multi-channel) |
|
Wavelength Range |
380-2500 nm |
360-2500nm |
|
Power Stability |
± 0.1% |
|
|
Warm-up Time |
10 Mins |
|
|
Fiber Output Interface |
SMA905 |
SMA905 |
|
Lamp Life |
10000（UV）/ 2000（Halogen）Hours |
10000（UV）/ 2000（Halogen）Hours |
|
Output Light Power Density |
2600W / m2 (380-1100nm) |
255W / m2 (360-1100nm) |
|
Lamp Color Temperature |
2800K |
2800K |
|
Lamp Power |
3W（UV）/ 20-100W（Halogen） |
18W（UV）/ 20W-100W（Halogen） |
|
UV Enhancement Band |
380-416nm |
360-470nm |
|
Trigger/Shutter Input Signal |
TTL /≤3Hz |
TTL /≤3Hz |
|
Trigger/Shutter Connection |
DB-9Pin |
DB-9Pin |
|
Output Light Intensity Adjustment |
Continuously Adjustable |
Continuously Adjustable |
|
Power Requirements |
24 VDC / 3.0A |
|
|
Dimensions |
1 182mm (L) × 128mm (W) × 93mm (H) |
|
Lens LS-FOV-1-AF Main Performance Introduction
LiSen Optics' independently developed micro-zone collimation focusing lens, LS-FOV-1-AF, adopts chromatic aberration correction optical coating technology. It has a transmission rate of over 95% in the 380-1100nm spectrum, specifically designed for the IR hole micro-zone light spot transmission measurement in smartphones. Options available for 100μm, 200μm, 400μm, and 600μm fibers, achieving a light spot diameter output of 0.2-1mm.
|
Model |
LS-FOV-1-AF |
|
Wavelength Range |
300~1100nm |
|
Working Focal Length |
18.5mm |
|
Output Light Spot Diameter |
0.2-1.0mm (Depending on the selected fiber core diameter) |
|
Interface |
SMA905 |
|
Fixed Hole Position |
M3 |
|
Chromatic Aberration Correction |
YES |
|
Numerical Aperture(NA) |
0.1 |
|
Other Customizations |
Camera imaging function can be customized (optional) |
Main Technical Features
LiSen Optics' LS-UV-HAL UV-enhanced halogen tungsten light source is a revolutionary product that offers balanced continuous full-spectrum output from UV (360-450nm) to VIS-NIR (400-2500nm). This solves the technical challenge of weak light output in the 360-450nm range traditionally seen in halogen lamps. The cooling method employs multi-channel air cooling and a heat sink structure.
LS-UV-HAL6’s Spectrum
LS-UV-HAL1 s Spectrum
|
Models |
LS-UV-HAL1 (single channel) |
LS-UV-HAL6 (multi-channel) |
|
Wavelength Range |
380-2500 nm |
360-2500nm |
|
Power Stability |
± 0.1% |
|
|
Warm-up Time |
10 Mins |
|
|
Fiber Output Interface |
SMA905 |
SMA905 |
|
Lamp Life |
10000（UV）/ 2000（Halogen）Hours |
10000（UV）/ 2000（Halogen）Hours |
|
Output Light Power Density |
2600W / m2 (380-1100nm) |
255W / m2 (360-1100nm) |
|
Lamp Color Temperature |
2800K |
2800K |
|
Lamp Power |
3W（UV）/ 20-100W（Halogen） |
18W（UV）/ 20W-100W（Halogen） |
|
UV Enhancement Band |
380-416nm |
360-470nm |
|
Trigger/Shutter Input Signal |
TTL /≤3Hz |
TTL /≤3Hz |
|
Trigger/Shutter Connection |
DB-9Pin |
DB-9Pin |
|
Output Light Intensity Adjustment |
Continuously Adjustable |
Continuously Adjustable |
|
Power Requirements |
24 VDC / 3.0A |
|
|
Dimensions |
1 182mm (L) × 128mm (W) × 93mm (H) |
|
Lens LS-FOV-1-AF Main Performance Introduction
LiSen Optics' independently developed micro-zone collimation focusing lens, LS-FOV-1-AF, adopts chromatic aberration correction optical coating technology. It has a transmission rate of over 95% in the 380-1100nm spectrum, specifically designed for the IR hole micro-zone light spot transmission measurement in smartphones. Options available for 100μm, 200μm, 400μm, and 600μm fibers, achieving a light spot diameter output of 0.2-1mm.
|
Model |
LS-FOV-1-AF |
|
Wavelength Range |
300~1100nm |
|
Working Focal Length |
18.5mm |
|
Output Light Spot Diameter |
0.2-1.0mm (Depending on the selected fiber core diameter) |
|
Interface |
SMA905 |
|
Fixed Hole Position |
M3 |
|
Chromatic Aberration Correction |
YES |
|
Numerical Aperture(NA) |
0.1 |
|
Other Customizations |
Camera imaging function can be customized (optional) |
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