Suitable for drone, industrial temperature measurement, security monitoring, outdoor targeting and other applications with high requirements for volume and power consumption.

◆ 640×512uncooled VOx detector
◆ Small size, suitable for use in various scenarios
◆ Built-in a variety of pseudo colors
◆ Athermalized fixed-focus lens, the focal length is not affected by the high and low-temperature environment
◆Support WEB API secondary development
◆Compliant with ONVIF: This product supports ONVIF Profile S and Profile G

EX-25N vehicle-mounted thermal imaging night driving camera adopts an uncooled microbolometer sensor developed independently by DALI. It can output images stably under the environment temperature and can meet the military standard.
The product is designed according to national vehicle industry-standard QC/T413. The manufacturing process is controlled according to ISO/TS16949

Experience unmatched thermal imaging performance with the SF740 Infrared Thermal Imaging Module, engineered for industrial precision and high-speed applications. Boasting a 120Hz frame rate and 640×512 resolution, this advanced module captures ultra-smooth, real-time thermal data, ideal for tracking fast-moving targets in industrial automation, robotics, and quality control systems.

The MD16U human body temperature measurement thermal imaging module is developed by DALI manufactured uncooled microbolometer detectors. MD16U outputs data with a resolution of 160×120 in UVC mode. The pseudo-color image and the temperature image are spliced up and down and output at the same time.

The SD16W module is a miniaturized human body temperature measurement module based on the uncooled microbolometer detectors manufactured by DALI.
The module outputs 15 frames (15Hz) of full image infrared temperature data(grey value) per second, and the temperature of each pixel can be obtained through simple conversion(℃), which is easy to operate.

The Uncooled Microbolometer infrared FPA detector researched
and developed by Dali has already been applied in industrial
production. It has the advantages of high resolution, high
sensitivity, low thermal noise and fast response.

The Uncooled Microbolometer infrared FPA detector researched
and developed by Dali has already been applied in industrial
production. It has the advantages of high resolution, high
sensitivity, low thermal noise and fast response. The detector
are much suitable for thermography,security surveillance,
vehicle night vision and various other applications.