thermal imaging
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TL256i Uncooled Infrared Thermal Imaging Module (Imaging)
TL256i uncooled infrared module is equipped with an advanced 256×192 wafer detector with a dimension of 18×18mm. Thanks to its integrated design, it redefines standards in weight, dimension and power consumption (SWaP³) in the OEM module industry, providing excellent miniaturized solutions for consumer products.
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TA640H Uncooled Infrared Thermal Imaging Module
TA640H uncooled infrared Thermal Imaging module provides multiple serialized lenses and various kinds of user extension components, offering trustworthy solutions to high-reliability application scenarios. It is widely applied to fields of outdoor observation, integrated pods and driving assistance.
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TA640T Uncooled Infrared Thermal Imaging Module (Temperature Measurement)
TA640T Uncooled Infrared Thermal Imaging Module is equipped with a 640×512 ceramic-packaged infrared detector. It can not only provide clear images and accurate temperature data but also be equipped with multiple serialized lenses and various kinds of user extension components for customers to select. It can be applied in many fields such as industrial and electrical temperature measurement, security, and machine vision.
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TA640i Uncooled Infrared Thermal Imaging Module (Imaging)
TA640i uncooled infrared Thermal Imaging module is equipped with a 640×512 ceramic-packaged infrared detector. It can not only provide clear images but also be equipped with multiple serialized lenses and various kinds of user extension components for customers to select. Widely applied to fields of outdoor observation, integrated pods and driving assistance.
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TA1280H Uncooled Infrared Thermal Imaging Module
TA1280H uncooled infrared Thermal Imaging module is developed based on excellent design to pursue high reliability and high performance in harsh environments. Along with advanced image algorithms, the product can steadily provide quality infrared images against harsh environments. It is equipped with rich lenses and multiple extension components to satisfy high-performance application requirements in industries such as electro-optical pods, vehicle-mounted applications, outdoor and security.
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TF1920 HD Uncooled Infrared Thermal Imaging Module 1920×1080
The TF1920 is a high-definition infrared thermal imaging solution equipped with an advanced 8 μm, 1920×1080 infrared detector. Its Full HD thermal resolution and NETD of ≤30 mK enable the system to detect subtle temperature differences and deliver sharper, clearer thermal images with finer target and scene details.
Combined with a self-developed large-array infrared image-processing algorithm, the TF1920 enhances image clarity, edge definition and target visibility across complex observation environments. It supports multiple infrared lenses and precision lens-control technology, allowing the system to be configured for observation distances ranging from approximately 1 metre to 15,000 metres, depending on the selected lens, target size and environmental conditions.
With its Full HD infrared imaging, high thermal sensitivity and flexible lens configurations, the TF1920 is suitable for perimeter security, long-range and high-altitude observation, oil and gas field monitoring, forest fire detection, scientific research and other professional thermal imaging applications.
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TF1280 Uncooled Infrared Thermal Imaging Module 1280×1024
The TF1280 uncooled infrared Thermal Imaging module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for long-distance monitoring. The product can be widely used in application scenarios such as perimeter security, high-altitude observation, forest fire prevention, water area monitoring, and industrial temperature measurement.
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TF640i Uncooled Infrared Thermal Imaging Module 640×512
The TF640i uncooled infrared Thermal Imaging module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for long-distance monitoring. The product can be widely used in application scenarios such as perimeter security, high-altitude observation, forest fire prevention, and water area monitoring.
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TF640T Uncooled Infrared Thermal Imaging Module 640×512
- The TF640 uncooled infrared Thermal Imaging module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and high-accuracy temperature measurement algorithms.
- The products can be widely used in application scenarios such as security monitoring, industrial temperature measurement, forest fire prevention, and rail transportation,UAV Camera.
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TF384i Uncooled Infrared Thermal Imaging Module (Imaging)
The TF384i uncooled infrared Thermal Imaging module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and technology of lens control, bringing a new experience for long-distance monitoring. The product can be widely used in application scenarios such as perimeter security, high-altitude observation, forest fire prevention, and water area monitoring.
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TF384T Uncooled Infrared Thermal Imaging Module (Temperature Measurement)
- The TF384 uncooled infrared Thermal Imaging module has a built-in high-sensitivity VOx infrared detector, providing a consistently high-performance kernel, ultimate image algorithms, and high-accuracy temperature measurement algorithms.
- The products can be widely used in application scenarios such as security monitoring, industrial temperature measurement, forest fire prevention, and rail transportation.
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SR2000 Eye-Safe Laser Rangefinder Module
- Based on a 905nm semiconductor laser, this module is specially designed for systems with strict requirements on size and weight.
- Using mature and stable semiconductor lasers and custom-designed receiving detectors coupled with a high-performance optical system, we devote ourselves to the development of multi-pulse rangefinding algorithms.
- This has enabled the creation of a next-generation, industry-leading miniature laser rangefinder module that is suitable for widespread applications across various industries.
