M2514-SW

Wide spectral range anti reflective coating technology

Technical implementation: Adopting a multi-layer nanoscale coating process, the average transmittance of over 98% is achieved in the 800nm to 1700nm shortwave infrared (SWIR) band, significantly reducing surface reflection loss and breaking through the efficiency bottleneck of traditional coatings in near-infrared to mid infrared.

Miniature high integration optical architecture

Structural design: Based on the anti telephoto optical scheme and high refractive index glass material, the length of the mirror body is compressed to * * ≤ 65mm * *, and the weight is controlled below 180g. It supports embedded installation on space sensitive equipment such as unmanned aerial vehicle gimbals, handheld detectors, surgical robots, etc.

Environmental compatibility: The fully sealed dust-proof structure has passed IP67 certification, meeting the long-term stable operation requirements in industrial dust and humid environments.

Large aperture and low illumination enhancement

• Optical parameters: The open aperture value reaches F1.4 (equivalent to T1.6), combined with ultra-low scattering lens group, it can still output effective images under 0.001Lux illumination, and its performance exceeds that of conventional F2.0 lenses by more than 3 levels.
• Dynamic response: Supports microsecond level aperture adjustment, suitable for capturing high-speed moving targets (such as semiconductor wafer inspection), recording transient optical phenomena, and other scenarios.

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.