Ensure Security & Safety — Thermal Imaging Camera

Detect heat in different places with this thermal imaging camera. This device captures infrared radiation and converts it into a visual image. It also offers detailed and precise thermal images that help you detect issues or navigate in low-visibility conditions. From detecting energy leaks in buildings and monitoring electrical systems to enhancing security, this camera is useful for a wide range of applications. So, use this thermal imaging camera and visualize the infrared radiation emitted by objects.

Premium Resolution & Display — Ultra Clean Image

The VEVOR thermal imaging camera captures thermal images at a resolution of 240 pixels by 180 pixels. The high resolution provides you with detailed and precise thermal images. This camera also features 0.04°C thermal sensitivity, which enhances the clarity and detail of the thermal image.

Moreover, this infrared camera measures temperatures from -4°F to 662°F (-20°C to 350°C). This broad range enables you to use this camera in various environments and applications. It is also equipped with an automatic thermal tracing mechanism that automatically scans the area without manually scanning the image. This camera also updates its image 20 times per second to provide you with updated results.

High Functionality & Performance

The VEVOR thermal imaging camera features different color palettes for thermal imaging: rainbow, iron, black hot, and white hot. Each palette represents temperature data in different colors to suit various applications and preferences. For example, a rainbow highlights temperature in a wide range of colors, and iron is used in color gradients that are used in industrial settings. Black hot is useful for low-light conditions, and white-hot displays warmer objects in white and cooler objects in black. Moreover, the pictures that you capture using this imaging camera can be transferred to your laptop or computer via a USB cable. This feature enables you to properly analyze pictures anytime you want without requiring this camera.

Super Easy to Use

A user-friendly thermal imaging camera allows you to capture necessary data quickly. As a result, it will save you time and keep you from putting in much effort. An easy-to-use imaging camera also reduces the need for extensive training. However, a complicated camera increases the risk of user error, but a user-friendly camera helps you ensure that readings are accurate. Here, the VEVOR thermal imaging camera is super simple to use.

In the first step, charge the camera and switch it on. Now, make adjustments to different settings, such as focus, temperature range, and palette. Set the appropriate temperature according to your application, and set a color palette that enhances the visibility of temperature ranges. Now, take the image of the target area and interpret the image using the temperature reading.

Premium Quality & Great for Multiple Scenarios

This thermal imaging camera is built to be dependable, so you can use it in rough conditions. With an IP54 rating, this camera is protected against dust and water splashes. This means you can use it in various environments without damage. Moreover, it is built to withstand drops from up to 6.6 feet, so you can effectively use it in rough conditions. The VEVOR thermal imaging camera is great for multiple applications, such as spotting wild animals, identifying hidden water leaks, electrical hotspots, insulation, and human footsteps. So, use this high-resolution thermal camera and bring efficiency to your work.

Long Battery Life & Storage

A 16GB SD card is equipped with this infrared camera. It enables users to store up to 90,000 photos taken with the camera. This ample storage allows you to extensively use this camera without card changes or frequent data transfers. A rechargeable lithium-ion (Li-Ion) battery is also built into this infrared camera. It supports up to 9 hours of continuous operation. This long battery life enables you to use this camera for prolonged operations without needing frequent recharges.