HIKMICRO G61

Up to 640×480 @35mK NETD

A highly sensitive VOx detector with 640 x 480 (307,200 pixels) IR resolution delivers a distinct thermal vision of the target, ensuring superior image quality and precision.

5 Quick Focus Modes
Supports five focus modes: Laser Assisted AF, Continuous AF, AF, Manual Focus, and Touch AF. With a fast focus speed of just 2 seconds, users can save time while achieving sharper images for more accurate temperature measurements.

3 Add-on Lenses
Choose from three add-on lenses: 0.5X, 2X, and 3.3X. Each teleconverter provides a different field of view, offering flexibility for various inspection scenarios.

Up to 2000°C Temperature Range
With a measurement range of up to 2000°C (3992°F), the G Series is ideal for industrial furnace applications, refractory inspections, and analyzing tools/fixtures in metal smelting. (*Available in G41H/G61H models only.)

Embedded Laser Distance Meter
An integrated laser distance meter enables precise distance and area measurements from long distances, simplifying parameter setup and report generation.

5 Image Modes
Select from Thermal, Fusion, PIP (Picture-in-Picture), Blending, and Optical modes to suit your viewing preference.

Complete Image Annotations
Enhance efficiency with image annotation options, including voice, text, and QR Code Scan. Built-in GPS and compass functions automatically add location and direction details to images for improved inspection accuracy and productivity.

Interchangeable Battery System
Includes three interchangeable Li-ion batteries and a dual-bay charger, providing up to 12 hours of operation. Stay powered throughout even the longest inspections.

Radiometric Video Analysis
Supports in-camera SD card storage of radiometric video, capturing all temperature data for post-analysis. Seamlessly integrates with HIKMICRO Analyzer software for intuitive viewing, advanced analysis, and thermal data processing.

Experience unparalleled precision and efficiency with the HIKMICRO G Series, engineered for high-performance thermal imaging in demanding industrial environments.