Optimatrx 640×512 Cooled Infrared Thermal Imager — Hunting, Security, and Jungle Night Vision — Superlattice Thermal Imaging Module

Price range: €11,008 through €14,399

The  Optimatrx 640×512 cooled infrared thermal imaging module is a high-performance superlattice infrared imaging solution designed for hunting, security surveillance, jungle observation, and night vision applications. Equipped with an advanced superlattice detector, it provides exceptional thermal sensitivity and stable imaging performance in demanding environments.

With a 640×512 resolution and 15μm pixel pitch, this cooled thermal module delivers high-quality infrared images with excellent detail recognition. Its low NETD value ensures strong thermal contrast, enabling accurate detection of targets even under challenging conditions such as complete darkness, fog, or dense vegetation.

The module is engineered for reliability, long operational life, and precise temperature detection, making it suitable for integration into professional thermal imaging systems and high-end observation equipment.

Product Specifications

Parameter Specification / Value
Product Name Optimatrx Cooled Infrared Thermal Imaging Module
Brand Optimatrx
Model 640 × 512
Product Type Cooled Infrared Thermal Imaging Module
Detector Type Superlattice Infrared Detector
Technology Superlattice
Array Format 640 × 512
Pixel Pitch 15 μm
Spectral Response Range 3.7 ±0.2 μm – 4.8 ±0.2 μm
NETD ≤18 mK (F4)
Effective Pixel Rate ≥99.7%
Response Non-uniformity ≤5%
Weight ≤350 g
MTTF (Reliability) ≥5,000 Hours
Mounting Type Other Mounting Type
Application Hunting, Security Monitoring, Jungle Observation, Night Vision
Place of Origin Guangdong, China

 


Key Features (Reference)

Feature Description
High Sensitivity NETD ≤18mK enables excellent thermal detection capability
High Resolution 640×512 provides clear and detailed thermal images
Stable Imaging Low non-uniformity ensures consistent image quality
Long Lifetime MTTF ≥5000h ensures reliable long-term operation
Strong Adaptability Performs well in harsh environments such as forests and low visibility conditions
Lightweight Design ≤350g suitable for portable and integrated systems

The  Optimatrx 640×512 cooled infrared thermal imaging module is a high-performance superlattice infrared imaging solution designed for hunting, security surveillance, jungle observation, and night vision applications. Equipped with an advanced superlattice detector, it provides exceptional thermal sensitivity and stable imaging performance in demanding environments.

With a 640×512 resolution and 15μm pixel pitch, this cooled thermal module delivers high-quality infrared images with excellent detail recognition. Its low NETD value ensures strong thermal contrast, enabling accurate detection of targets even under challenging conditions such as complete darkness, fog, or dense vegetation.

The module is engineered for reliability, long operational life, and precise temperature detection, making it suitable for integration into professional thermal imaging systems and high-end observation equipment.

How would you like to communicate with us?

+86 18818799037

marketing@fatfishfpv.com

OPTIMATRX provides flexible customization and technical support based on your specific application requirements. Available options may include product specifications, performance parameters, interfaces, structural design, packaging, software functions, and system integration.
Our technical team works closely with customers throughout requirement evaluation, solution development, sample verification, and production delivery to ensure reliable performance and efficient integration.
Contact us to discuss your project requirements and receive a tailored product or system solution.
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OPTIMATRX delivers integrated optoelectronic solutions across semiconductor laser chips, infrared imaging, image acquisition, and optical system integration—from core components to customized systems.

“Our goal is to provide the most effective solutions for our clients. This is the core principle driving our success in every project.”

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