M1214-VSW

• Full band anti reflection design: Adopting gradient refractive index multi-layer coating technology, by precisely controlling the thickness of the film layer and material combination (such as SiO ₂/Ta ₂ O ₅ alternating stacking), the average transmittance is greater than 99.2% in the range of 400nm (visible light) to 1700nm (short wave infrared), significantly expanding the spectral response range compared to traditional wideband coating (usually covering 400-1100nm, transmittance<95%).
• Anti reflection performance: Single side reflection loss<0.3%, effectively suppressing stray light interference, especially suitable for imaging purity requirements in multi light source mixed environments (such as laser+ambient light). Cost effectiveness innovation of single wavelength illumination and narrowband imaging
• Single wavelength optimization design: For commonly used single wavelength light sources (such as 808nm laser and 940nm night vision fill light), aberration pre correction algorithm is combined with non spherical mirror group to achieve MTF>80% @ 100lp/mm at the target wavelength, with a resolution improvement of 30% compared to full band design, while reducing the complexity of the optical system.
• Narrowband filter compatibility: Suitable for narrowband filters with a bandwidth of less than 10nm (such as excitation/emission filters in fluorescence imaging), with a transmittance attenuation of less than 2%, avoiding light energy loss caused by multi-stage filtering.

1. Security monitoring

Night monitoring: In the absence of visible light environment, equipped with infrared lighting to achieve 24-hour high-definition monitoring, suitable for residential areas, warehouses, borders and other places.

Concealed investigation: using infrared penetrability (such as fog and smoke) for covert filming, used for law enforcement or special monitoring tasks.

2. Industrial testing

Equipment thermal fault diagnosis: detect abnormal heating of circuit boards, motors, pipelines, and other equipment to prevent faults (requiring the cooperation of thermal imaging sensors).

Production line quality inspection: Identify surface defects of products (such as glass cracks, semiconductor defects), and enhance imaging accuracy using near-infrared technology.

3. Medical and biometric identification

Temperature screening: an infrared temperature monitoring system used in public places such as airports and hospitals.

Vascular imaging: Assisting medical personnel in locating subcutaneous blood vessels to improve blood pumping or surgical efficiency.

Iris/facial recognition: Improve the accuracy and anti-interference ability of biometric systems through near-infrared light.

4. Research and Laboratory

Spectral analysis: Near infrared spectroscopic imaging for material research and chemical reactions.

Astronomical observation: auxiliary astronomical equipment captures celestial phenomena in specific infrared bands.

Hardware installation guidance:

Guide customers to complete the installation of the camera, including mechanical fixation, line layout, interface connection, etc.

Software debugging:

• Provide installation support for camera drivers and software platforms.
• Assist in configuring parameters such as exposure, gain, frame rate, etc. to ensure the best effect of the camera in actual application.
• Interface with the customer's host computer software system to ensure smooth data acquisition and processing.