HikMicro Eco Handheld Thermal Imaging Camera (1.35mm) (96x96)

The HikMicro Eco Handheld Thermal Imaging Camera is a paradigm of excellence in thermal imaging technology. Tailored for professionals in various industries, it offers a compact yet powerful solution for precise thermal analysis and diagnostics.

This device is notable for its 96x96 thermal resolution and a NETD of <50mK, enabling the capture of fine temperature differences with high accuracy. The HikMicro Eco is perfect for applications including equipment maintenance, electrical inspections, and HVAC troubleshooting, ensuring detailed and informative thermal images.

HikMicro Eco Handheld Thermal Imaging Camera Key Features:

• Superior Thermal Imaging Quality with SuperIR: The HikMicro Eco stands out with its 96x96 IR resolution, bolstered by the advanced SuperIR function. This feature enhances image clarity and detail, even in challenging conditions, making it easier to identify issues and conduct thorough diagnostics.
• Enhanced Sensitivity: A NETD of <50mK ensures detection of subtle temperature differences, vital for precise diagnostics in industrial and technical settings.
• Wide Field of View: Offering a 50° x 50° field of view and a 1.35mm focal length, the camera allows for extensive area scanning.
• User-Friendly Operation: Designed for simplicity, with a focus-free lens and intuitive controls, suitable for both experts and novices.
• Effortless Media Capture and Storage: The HikMicro Eco features substantial internal storage, allowing for the capture and one-click storage of IR images. This function makes it simple to document and review thermal data for analysis and reporting.
• Durable and Portable: Robust design with an IP54 rating and 2-meter drop test durability ensures reliability in tough working conditions.
• Long Battery Life: Up to 8 hours of continuous operation, ideal for prolonged field use.

More information on the HikMicro Eco Handheld Thermal Imager:

• Detailed features and specifications
• HikMicro Analyzer desktop software