86+(028) 8535 5966JPNVision@votinfrared.com

Uncooled Thermal Modules

Uncooled Thermal Modules
GET A QUOTE
Uncooled Thermal Modules
Spiritpupil Series
The Sporitpupil series uncooled Thermal module incorporates a high-reliability infrared detector with outstanding shock and vibration resistance. All criticalcomponents, including the lens, detector, and structural elements, are developed in-house to ensure technical safety andreliability. The integrated software and hardware design effectively compensates for energy drift, providing exceptional imageclarity and smoothness. The module is compact and features a small form factor, it supports customizable interfacesand offers a variety of interchangeable infrared lenses to meet diverse application needs. With its superior performance.durable construction, and versatile configurability, this module is well-suited for integration into infrared thermal imagingsytems, optical-electronic devices, and applications such as automotive night vision, security surveilance, outdoor activities,fire rescue, and law enforcement.
Fireye A Series
The Fireye A series uncooled thermal module a small., lightweight, and low-power module. It operates without shutteand TEC, ensuring smooth continuous imaging. The module uses a highly reliable infrared detector, offering excellentshock and impact resistance, it is independently developed, ensuring technical safety and reliability with integrated software and hardware design that effectively compensates for energy drift, maximizing image clarity andsmoothness. The module supports both analog and digital video output, along with convenient control interfaces. lt is compatible with various specifications of infrared lenses, making it suitable for applications in vehice night vision, security monitoring, outdoor sports, fire fighting and rescue, and law enforcement search and rescue.
Fireye V2 Series
The Fireye V2 series uncooled thermal module adopts a highly reliable infrared detector, possessing excellent resistance to shock and impact,independently developed core components including lenses, detectors, and structures ensure technical security and autonomous reliability. It integrates hardware and software seamlessly, effectively compensating for energy drift characteristics to ensure maximum image clarity and smoothness, while being simple and easy to use. Thanks to its outstanding performance, stable structure, and flexible configurability, the core is specifically tailored for the fieldof unmanned aerial vehicles and suitable for the development and integration of infrared thermal imaging devices systems in various fields, integration of imaging systems, and electro-optical systems, and can be applied in areassuch as automotive night vision, security monitoring, outdoor sports, fire fighting and rescue, law enforcement, and search and rescue.
Fireye Series
The Fireye series uncooled thermal module adopts a highly reliable infrared detector, possessing excellent resistance to shock and impact,independently developed core components including lenses, detectors, and structures ensure technical securit and autonomous reliability, it integrates hardware and software seamlessly, effectively compensating for energy drift characteristics to ensure maximum image clarity and smoothness, customizable support for multiple interfaces and a variety of specifications for infrared lens selection cater to diverse application scenarios. With outstanding performance, stable structure, and flexible configurability, the core is suitable for the development and integrationof infrared thermal imaging devices/systems in various fields, integration of imaging systems, and electro-optical systems, and can be applied in areas such as automotive night vision, security monitoring, outdoor sports, fire fighting and rescue, law enforcement, and search and rescue.

Leave your feedback

Leave us feedback to know what you think!

We are using cookies to give you the best experience on our website.

You can find out more about which cookies we are using or switch them off in settings.

0.047040s