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Gyroscopically stabilized photoelectric high-definition auto-tracking dome camera, equipped with high-performance, low-illumination day-and-night dual-purpose high-definition camera and long focal-length high-definition lens, with laser-assisted lighting. Combining a thermal imaging system that is not affected by harsh weather conditions such as fog and haze, it uses scientific methods to meet 24/7 monitoring in all weather conditions.

Features of Trinocular Multispectral Photoelectric Turntable
1/1.8 200W 52x HD visible light, 640 * 480 75mm thermal imaging dual-spectral network camera;

1 kilometer laser ranging (optional);

Horizontal and pitch biaxial gyroscope mechanical stabilization;

Horizontal 360 �?�° continuous rotation, pitch -40 �?�° to +90 �?�° rotation;

3D positioning amplification;

256 preset positions;

Supports optical fog penetration;

Supports H.265/H.264/MJPEG video compression algorithm;

Supports GB/T 28181 and ONVIF protocols;

All-metal structure, anti-fog, waterproof, anti-corrosion, earthquake-resistant, with a protection level of IP67;

Lightning protection level: 6KV.

For more information about cooled thermal camera price, please feel free to contact us!

If you are looking for a reliable thermal imager manufacturer, please contact us.

Portable thermal imaging devices are designed to deliver superior imaging performance in a range of conditions. Using advanced thermal technology, these cameras with temperature-measurement capability detect and visualize heat differences, providing clear, high-resolution images. They are an essential component of OEM thermal-camera IoT systems and are suitable for applications including security and surveillance, predictive maintenance, and wildlife observation. With a robust design and user-friendly interface, EXATIMES mobile thermal scanners provide a reliable solution for thermal imaging needs. EXATIMES thermal scanning devices combine cutting-edge accuracy with industry-leading affordability for long-term value.

Understanding the Technology Behind Thermal Imaging Camera Thermometers
Thermal imaging devices, also known as infrared imaging devices, operate by detecting the heat emitted by objects, whether living or inanimate.

This heat takes the form of infrared radiation, which is invisible to the human eye. The technology behind these infrared imaging devices uses a special lens that focuses the infrared light emitted by objects in view.

This focused light is scanned by a phased array of thermal infrared detector elements, creating a detailed temperature pattern called a thermogram.

The thermogram is then translated into electrical impulses, which are sent to a signal-processing unit and transformed into display data. The result is a high-resolution image that depicts varying heat emissions in different colors, allowing immediate and accurate identification of objects, people, or animals in various lighting conditions.

This thermal imaging device technology is valuable in many fields, including security and surveillance, wildlife observation, and industrial inspections, where it can reveal problems not visible to the naked eye.

The Role of Thermal Imaging Devices in Security and Surveillance
1. Intruder Detection: Thermal imaging devices can detect the heat signatures of humans or vehicles, making them effective tools for identifying intruders or trespassers, even in complete darkness or obscured visibility conditions.

2. Perimeter Security: EXATIMES thermal imaging devices can monitor large areas, providing continuous surveillance of a property's perimeter. Thermal detection devices can detect suspicious activities in real time, enabling quick responses to potential security threats.

The EXA-IRG series high-definition professional compact infrared thermal camera is equipped with a high-definition visible light and infrared thermal imaging movement, which can simultaneously monitor the temperature of the monitoring site and targets through visible light video and infrared thermal imaging. This China thermal screening camera supports multiple image modes, and the front end can independently measure temperature without relying on the back-end platform construction, reducing server pressure. the thermal camera product is equipped with over-temperature and intrusion intelligent algorithms, supports multi-area temperature measurement, and can flexibly set warning types and thresholds. Our OEM furnace thermal camera support integration with mainstream NVR-linked alarms and is widely used in fields, such as power, steel, chemical, and warehouse monitoring.

Features of full hd thermal camera
Non cooled focal plane detector with sensitivity higher than 50mk;

Equipped with high-definition visible light and infrared thermal imaging movements, the maximum resolution of thermal imaging is 384 �?? 288;

200W high-definition visible light movement, with clear imaging;

Full screen temperature measurement within the field of view, supporting point, line, and area temperature measurement, and automatic tracking of the highest and lowest temperatures;

Support multiple alarm methods such as exceeding high temperature and below low temperature;

Intelligent warning of abnormal temperature, supporting temperature alarm and fire alarm;

Support intelligent analysis and alarm for tripping, crossing boundaries, and intrusion in nighttime environments;

Support device front-end temperature measurement to reduce backend server pressure;

Support various color palettes such as black hot, white hot, iron red, and rainbow display;

Equipped with supplementary lighting, fearless of dark environments inside the cabinet;

Support H264 and H265 video compression algorithms;

Supports protocols such as RTSP, ONVIF, MODBUS, etc;

Provide SDK to support secondary development;

High sensitivity infrared thermal imaging for 24-hour monitoring and visualization of temperature information.�®??

For more information about cooled thermal camera price, please feel free to contact us!

If you are looking for a reliable infrared camera company, please contact us.

The Portable PTZ Camera is designed to support law-enforcement surveillance with all-weather monitoring, remote viewing, and video playback. The OUKE Dynamic Vehicle Mounted Surveillance System provides high-definition, wide-field-of-view, low-latency video surveillance to support case investigation and law-enforcement management.

The system uses advanced technology and design for convenient remote monitoring and video playback.

Technical Specification of thermal imaging PTZ camera

Features of portable thermal camera
Built-in network thermal imaging and high-definition network all-in-one machine for dual-channel image monitoring in various environments;

Thermal imaging can be switched to laser, with a maximum night-vision distance of up to 500 meters;

All-weather environmental design with a high-strength aluminum alloy precision-cast shell, impact resistance, corrosion resistance, and IP67 protection;

Two infrared lights (white lights) are available inside;

360�° unlimited rotation, vertical -20�??90�°;

Optoelectronic control, anti-magnetic design, and vertical self-locking function;

At a speed of 100�° per second, it can quickly track objects;

High-precision motors and algorithms, with preset positioning accuracy of up to 0.3�°;

High-strength raw materials support use in harsh environments, with 6 inspection trajectories starting from -35�° pan tilt and 128 preset positions.

For more information about handheld PTZ cameras, please contact us.

As a professional thermal camera company, Exatimes strives to provide quality products and service.

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) TRUE VGA Resolution
2) Compact Design
3) Built-In companion chip

1) Sunlight Robustness
2) Wide Field of View
3) Small Form Factor
4) VGA Resolution

1) Sunlight Robustness
2) Wide Field of View
3) Small Form Factor
4) VGA Resolution

1) Sunlight Robustness
2) Wide Field of View
3) Small Form Factor
4) VGA Resolution

1) Sunlight Robustness
2) Wide Field of View
3) Small Form Factor
4) VGA Resolution

1) Sunlight Robustness
2) Wide Field of View
3) Small Form Factor
4) VGA Resolution

1) Sunlight Robustness.
2) Long Range Detection.
3) VGA Resolution.
4) Built-in Companion Chip.

1) Sunlight Robustness.
2) Long Range Detection.
3) VGA Resolution.
4) Built-in Companion Chip.

1) Sunlight Robustness.
2) Long Range Detection.
3) VGA Resolution.
4) Built-in Companion Chip.

- Sunlight Robustness
- Long Range Detection
- VGA Resolution
- Built-in Companion Chip

Sunlight Robustness
Long-Range Detection
VGA Resolution
Built-in Companion Chip

Downhole television systems, also known as deep well detection equipment, are high-tech electronic instruments designed to capture video footage in aquatic environments. These systems consist of underwater cameras, transmission cables, main control boxes, depth measurement systems, electric winches, and recording modules. Itâ??s waterproofing capabilities, high-pressure resistance, and heat tolerance, they offer user-friendly operation, large data capacity, high-definition imaging, real-time visual monitoring, data acquisition, and recording functions. The systems automatically adjust focus for both distant and close-range targets while delivering sharp images and enabling real-time monitoring data storage. Particularly effective in dry boreholes and clear water wells, they provide exceptionally clear color images that serve as reliable evidence for accident response operations within various boreholes, demonstrating unique visual clarity and authenticity.
This equipment is primarily used in petroleum and hydrological drilling operations for stratigraphic structure analysis, identification of formation fractures and karst development patterns in wellbore walls, detection of fracture zones, determination of karst distribution locations, and long-term well monitoring. The downhole television system enables monitoring across vertical, horizontal, and angled drilling formations. During water well repair projects, it effectively assesses casing integrity, identifies falling objects, and detects filter pipe blockages. The system captures real-time images of casing damage and leakage incidents, with high-definition footage transmitted via dedicated underwater cables to surface displays for visual analysis.

Control Box:
* 7-inch to 12-inch monitor host
* Voltage input: 220V
* Depth interface: Connects to depth sensor
* Probe interface: Connects to the probe for video transmission and power supply
* Data interface: Allows user-defined well location and well number, and customizable depth calibration
* Video recording system: Ultra HD SD card recorder with video recording, photography, and instant playback capabilities. Standard 16GB SD card included, supporting up to 512GB storage capacity.
* Depth reset: Reset the depth before logging to ensure accurate counting
* Depth display: Real-time depth data is displayed on the control box screen.
* Display: 12-inch high-definition high-brightness dual LED screen with outdoor visibility;
*� The� control� box� panel� buttons� operate� the� rotation� of the� downhole� camera,� adjustment� of camera� light� source� brightness� and� focal� length,� as well� as� the elevation and speed control of cables and� camera probes.

Machine Vision Controller

A machine vision controller is a critical component in automated inspection and quality control systems. It serves as the central processing unit that manages image capture, analysis, and communication between cameras, lighting, and other industrial equipment. In essence, the controller acts as the brain of a machine vision system, ensuring seamless coordination and accurate decision-making in real time.

What Is a Machine Vision Controller?

A machine vision controller is a specialized computer designed to process images from industrial cameras quickly and reliably. It runs vision software that performs tasks such as object recognition, defect detection, measurement, barcode reading, and pattern matching.

Unlike general-purpose computers, machine vision controllers are built for industrial environments â?? offering rugged construction, high computing power, and multiple camera interfaces for real-time data processing.

Machine Vision Solutions

In today's era of smart manufacturing and automation, machine vision solutions have become a cornerstone technology for quality assurance, process control, and operational efficiency. These systems use cameras, sensors, and intelligent software to see and analyze products, ensuring that every detail meets precise specifications faster and more accurately than the human eye.

What Are Machine Vision Solutions?

Machine vision solutions refer to integrated systems that capture, process, and interpret visual data from the production line. They combine advanced imaging hardware with powerful software algorithms to identify defects, measure dimensions, verify codes, and guide robotic actions in real time.

Essentially, machine vision acts as the eyes of industrial automation, enabling machines to perform inspection and decision-making tasks without human intervention.

Camera For Visual Inspection

In modern manufacturing and quality control, a camera for visual inspection plays a crucial role in ensuring precision, efficiency, and reliability. These specialized cameras are designed to capture detailed images or videos of components, assemblies, and surfaces to detect defects, measure dimensions, and verify product integrity â?? all without human contact.

What Is a Camera for Visual Inspection?

A visual inspection camera is a type of industrial imaging device used to automatically examine objects for flaws or deviations from specifications. It can be part of a machine vision system, combining optics, lighting, image sensors, and software to analyze captured images in real time.

Depending on the application, these cameras can range from simple USB or handheld inspection cameras to advanced high-speed industrial cameras integrated into automated production lines.

Key Features of Visual Inspection Cameras

High Resolution: Enables detailed observation of small defects or surface irregularities.

Fast Image Processing: Ensures real-time defect detection during continuous production.

Compact Design: Easily integrates into production machinery or robotic systems.

Versatile Connectivity: Supports USB, GigE, or Camera Link interfaces for flexible installation.

Durability: Many models are built to withstand industrial environments with dust or vibration.

Lenovo Legion Go 2 Brand New and Original

Sigma 18-50mm F2.8 DC DN Contemporary Zoom Lens (for E Mount), Black

Nikon NIKKOR Z 180-600mm f/5.6-6.3 VR Lens

Canon EF 24-70mm f/2.8L II USM Zoom Lens

Sony FE 200-600mm f/5.6-6.3 G OSS Lens

Canon RF 70-200mm F2.8 IS USM Lens

Blackmagic Design Studio Camera 4K Plus G2

Panasonic Full HD Camcorder V900K

The Canon XA60 Professional UHD 4K Camcorder is a compact, lightweight camera that features many similarities to its XA45 predecessor, including UHD 4K capture, a 1/2.3" CMOS sensor, two XLR audio inputs, and one mini-HDMI output, making it suitable for the ENG category for documentary or journalism-style productions. This streamlined model features a larger 3.5mm LCD capacitive touchscreen display, a higher resolution tiltable 0.36" OLED EVF, XF-AVC and MP4 recording formats, OSD metadata recording, and fast USB Type-C video-only output with UVC support for livestreaming to a computer

Automotive Thermal Camera with Ethernet | AI Warning System P303B - VEHIR
The All-New ApexCore S1 Infrared Detector
Sky-Level Detection Detection Range Up to 400 Meters
AI-Powered Collision Warning Proactive Safety Protection
48Ã? 37 Optimal Field of View Balancing Width and Distance Clear Vision at All Ranges
Touchscreen Interface + Built-in Dashcam Everything at a Glance
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Key Parameters
N-Driver P303B Vehicle Thermal Camera System
640 x512 Thermal Imaging with AI Warning for Professional Vehicle Safety
N-Driver P303B is a professional vehicle thermal camera system for applications that require reliable thermal awareness in darkness, glare, fog, dust and other low-visibility conditions.
With a 640 x 512 thermal output resolution, a 48 37 field of view and a frame rate of at least 25 FPS, P303B balances forward viewing coverage with target observation distance. It is designed to help drivers and vehicle operators identify pedestrians, vehicles and other heat-based targets earlier in challenging driving or working environments.
The system supports Ethernet and AHD video output, making it suitable for connection with compatible vehicle displays, control terminals and integrated safety systems. It also supports PWM output for an external buzzer when an audible warning is required.
Explore Professional Aftermarket Thermal Cameras
Key Product Highlights
640 x 512 Thermal Output Resolution
P303B provides 640 x 512 thermal image output through Ethernet. This configuration is suitable for professional vehicle applications requiring clear thermal imaging for forward observation and target awareness.
48x37 Field of View
The 48x 37 field of view is designed to provide a practical balance between road coverage and forward viewing distance. It can be considered for front-view thermal monitoring on commercial vehicles, work vehicles and special-purpose vehicles.
Up to 400 m Vehicle Detection
Under the published product specifications, P303B supports:
- People detection range: 200 m
- Vehicle detection range: 400 m
- People recognition range: â?¥90 m
- Vehicle recognition range: â?¥120 m

384x288 Automotive Thermal Camera | N-Driver P102 CVBS Thermal Camera - VEHIR
Excellent value for money: cost-effective and extremely practical
24/7 monitoring: easily withstands even harsh weather conditions
Water and dust resistant: IP69 protection rating, can be rinsed directly with water
Easy installation: analog CVBS video output, plug and play
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Key Parameters
Infrared camera systems deliver stable imaging in extreme conditions such as total darkness, blinding glare, heavy fog, and dust enabling reliable monitoring of the surrounding environment. This ensures driving safety and enhances operational efficiency.
These products are suitable for a wide range of vehicle types, including commercial vehicles, construction machinery, mining trucks, logistics vehicles, specialty vehicles, and emergency response vehicles.

Hasselblad X2D II 100C Medium Format Mirrorless Camera

Nikon Z8 Mirrorless Camera

Sony ZV-E10 II Mirrorless Camera

Sony HXR-NX800 4K 1" CMOS Sensor NXCAM Camcorder

Canon Vixia HF G70 UHD 4K Camcorder

TOP New Fujifilm Instax Mini 12 Instant Camera + Film Value

The GoPro HERO7 Black Bundle features the HERO7 Black 4K60 action camera along with a handgrip that floats if dropped in water, a head strap that can be fit over the head or helmet, and a 32GB microSD card.

AI Detection Automotive Thermal Camera | GMSL Vehicle Thermal Camera - VEHIR
1. Intelligent Alerts: Supports real-time AI-powered infrared alerts for pedestrians, vehicles, and animals, along with a dedicated display for these alerts
2. Extensive Connectivity: Supports multiple protocols including CVBS, AHD, UVC, GMSL, compatible with mainstream in-vehicle systems and dashcams
3. Easy Installation: Compact, all-in-one design facilitates installation and setup
4. Multiple resolution and field-of-view options, covering 256/640 high and low resolutions, with a variety of lens choices to suit different application needs
5. Supports in-car system app integration (deep customization)
6. AI super-resolution algorithm: Superior image quality and clearer video
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This product is suitable for customers who need a vehicle-mounted infrared camera with flexible integration options, not only a standalone camera display.
Multi-Interface Automotive Thermal Camera for Aftermarket Vehicle Integration
VEHIR AI Vehicle-Mounted Infrared Integrated Device is an automotive thermal camera for aftermarket vehicle electronics integration. It is designed for dashcam manufacturers, DVR/MDVR suppliers, fleet safety terminal companies, vehicle display manufacturers, commercial vehicle retrofit providers and aftermarket safety system integrators.
This AI automotive thermal camera combines thermal imaging, AI target detection and multiple output options in one compact vehicle-mounted device. It detects heat-based targets such as pedestrians, vehicles and animals in low-visibility road conditions.
Depending on the selected configuration, this vehicle thermal camera can support CVBS, AHD, UVC or GMSL output for connection with different aftermarket vehicle electronics platforms.
Suitable Aftermarket Integration Projects
Dashcam and DVR/MDVR Thermal Camera Integration
Dashcam, DVR and MDVR suppliers can integrate this aftermarket automotive thermal camera into their own vehicle video systems.
- CVBS, AHD, UVC or GMSL output
- Host platform compatibility
- Video input format
- Recording logic
- AI warning display
- Cable and connector design
- Power supply method
Fleet Safety Terminal Integration
Fleet safety terminal manufacturers can use this AI vehicle thermal camera as a thermal sensing input for commercial vehicle safety systems.
- Truck forward thermal awareness
- Fleet safety monitoring terminal
- Pedestrian and animal warning system
- Commercial vehicle DVR/MDVR integration
- Logistics fleet night driving assistance
- Special vehicle infrared monitoring

Professional Grade Aftermarket
Professional Automotive Thermal Cameras for Aftermarket Vehicles
VEHIR provides professional automotive thermal cameras for aftermarket vehicle applications, commercial vehicles and special-purpose vehicles. Our aftermarket thermal camera solutions combine thermal imaging, AI detection and vehicle-compatible video interfaces for trucks, fleets, construction machinery, mining vehicles and other professional applications.
Designed for professional vehicle thermal imaging and aftermarket integration, VEHIR cameras can be evaluated for use with vehicle displays, dashcams, DVR/MDVR systems, fleet safety terminals and other automotive electronics.
For passenger cars and SUVs, see our Consumer Grade Aftermarket thermal night vision products. For OEM and embedded development projects, visit our Automotive Thermal Camera Modules.
Professional Aftermarket Thermal Camera Solutions
Professional vehicles often operate in darkness, fog, glare, dust and other challenging environments. A thermal camera provides an additional source of thermal information to complement conventional visible-light cameras.
VEHIR's professional automotive thermal imaging products are designed around practical aftermarket requirements, including vehicle installation, video connectivity, AI warning, field of view, detection distance and environmental protection.
Professional vehicle-mounted thermal imaging
AI detection for applicable configurations
CVBS, AHD, UVC and GMSL interface options on selected products
Ethernet and AHD output on applicable systems
Multiple field-of-view configurations
IP67/IP69K protection on selected cameras
Integration with vehicle displays and aftermarket electronics
Professional Automotive Thermal Camera Products
Choose a professional vehicle thermal camera according to your vehicle type, application, required viewing range and existing vehicle electronics.
N-Driver P102
Professional Thermal Camera for Vehicle Retrofit Applications
N-Driver P102 is a practical professional thermal camera for aftermarket vehicle applications. It is designed for customers looking to add thermal imaging to existing vehicles and safety systems, including applications where continuous monitoring and operation in demanding outdoor environments are required.

Automotive Thermal Cameras
Aftermarket Thermal Camera Systems for Safer Driving and Vehicle Operations
VEHIR automotive thermal cameras help vehicles see beyond the limits of visible-light cameras in darkness, glare, haze, fog, dust and other low-visibility conditions. By detecting heat signatures, thermal imaging supports earlier awareness of pedestrians, vehicles, animals and potential obstacles on the road or at the worksite.
Our aftermarket vehicle thermal camera systems are designed for passenger vehicles, SUVs, commercial trucks, logistics fleets, construction equipment, mining vehicles and special-purpose vehicles. Selected solutions also support AI-powered target alerts and multiple video or data interfaces for easier connection with in-vehicle displays, DVRs, dashcams and vehicle safety systems.
Whether you are sourcing products for resale, retrofitting a fleet, installing vehicle safety equipment, or developing a specialized vehicle solution, VEHIR helps you identify an automotive thermal camera system suited to your vehicle type, installation position and operating environment.
Browse Professional Grade Aftermarket Systems
Browse Consumer Grade Aftermarket Systems
Find the Right Thermal Camera by Vehicle Type
Passenger Cars, SUVs and Off-Road Vehicles
For drivers who frequently travel on unlit roads, rural routes, mountain roads or in poor weather, an aftermarket thermal night vision system can add an extra layer of awareness beyond standard headlights and visible-light cameras.
Recommended focus:
Compact installation for passenger vehicles and SUVs
Clear thermal imaging for nighttime driving
Pedestrian and animal awareness support
Compatible display and warning options
Suitable for aftermarket installation and automotive electronics channels
Explore: Consumer Grade Aftermarket Thermal Cameras
Trucks, Logistics Vehicles and Fleet Vehicles
Truck and fleet operators need earlier visibility to help manage long stopping distances, nighttime blind spots and changing road conditions. A truck thermal camera can support safer driving in darkness, haze and rain-prone operating environments.

HERNIS EX286 explosion-proof PTZ camera: 1 unit sold; 1 unit remaining in stock in China. The seller states that the remaining unit is new and unused. Public price: USD 15,000; available quantity: 1 unit.

The supplied nameplate photograph shows model EX286, serial number 32273 and IP66. Original nameplate and wooden-crate photographs are provided for review. This offer is relevant to marine and offshore procurement teams sourcing an EX286 spare for an existing CCTV installation, subject to matching the required configuration.

Please confirm the power supply, video format, lens/zoom, controller compatibility, connections and included accessories before ordering. Functional test status and applicable certificate documents must be confirmed for this specific unit. Freight, taxes, delivery terms and warranty are subject to written confirmation.

Seller: Liaoning Kongbaoshi Precision New Energy Technology Co., Ltd.
Product information: https://kongbaoshi.com/en/products/hernis-ex286-explosion-proof-ptz-camera/