JP009 Thermal Imaging Camera for Elevated Body Temperature Screening High-Sensitivity Infrared Camera HD Visible Light Camera

JP009 Thermal Imaging Camera for Elevated Body Temperature Screening High-Sensitivity Infrared Camera HD Visible Light Camera

1. Infrared Thermal Imaging Device​ Features:
The JP009 integrates a high-sensitivity infrared camera, high-definition visible light camera, high-precision blackbody, and a high-performance temperature measurement engine. It features non-medical, AI-driven capabilities, automatic alarms, a visualization platform, and a high-accuracy thermal imaging detection system.
Based on advanced AI algorithms and infrared thermal imaging temperature measurement technology, JP009 can quickly screen and alert individuals with elevated body temperatures within a crowd, accurately displaying the temperature values. This device is widely used in airports, stations, schools, hospitals, factories, shopping malls, and other large public areas.
The system features automatic face detection and capturing, enabling millisecond-level forehead temperature measurement with an accuracy of ±0.3°C. With AI-based automatic temperature algorithms, JP009 ensures accurate detection and identification without the need for manual intervention while rapidly analyzing and displaying individual temperature readings.

2. Key Features

Rapid Detection

• Measures and detects large flows of people in as little as 0.05 seconds.

High Sensitivity

• Temperature resolution of ±0.3°C, suitable for high-traffic and large-area remote measurements.

Non-Contact Measurement

• Measurement can be conducted without direct interaction with the subjects.

Exceptional User Experience

• The system offers powerful functionality, flexibility, and scientific operation with multi-platform control and display.

Integrated High-Performance Components

• High-sensitivity infrared camera.
• High-definition visible light camera.
• High-performance embedded mainboard.
• Built-in blackbody for automatic calibration, eliminating the effects of environmental temperature changes on thermal imaging accuracy.
• All-in-one structure (camera + embedded mainboard + blackbody) eliminates the need for a separate computer. Simply connect the device to a display using an HDMI cable for operation.