Optical Thermal Cameras

Product Main Parameters

Common Product Specifications

Product Manufacturing Process

Factory-grade Optical Thermal Cameras leverage advanced manufacturing processes that ensure high precision and reliability. The production involves the integration of cutting-edge sensor technology with robust housing for indoor and outdoor applications. Critical components such as germanium lenses are precisely molded to focus infrared radiation onto uncooled vanadium oxide detectors. A sophisticated process ensures tight calibration, contributing to the cameras' accuracy in various temperature measurement tasks. It is crucial that the assembly process adheres to stringent quality control standards to maintain high functionality and durability.

Product Application Scenarios

Factory-grade Optical Thermal Cameras are versatile tools used across numerous sectors. In military and civilian security, they provide essential surveillance capabilities in low visibility environments. Industrially, they offer predictive maintenance solutions by identifying overheating equipment components early. The medical field benefits from non-invasive thermal monitoring for diagnostics, particularly in detecting abnormal body temperature variations. Recent studies highlight their increasing role in automated systems, where they support machine vision applications for enhanced operational safety and efficiency.

Product After-Sales Service

Our factory-certified after-sales service ensures any concerns with the Optical Thermal Cameras are promptly addressed. Services include comprehensive technical support, warranty extensions, software updates, and repair options.

Product Transportation

Safe and efficient transportation of Optical Thermal Cameras is prioritized to prevent damage. Each unit is securely packaged with protective materials to withstand long-distance shipping. Tracking options are provided for real-time delivery updates.

Product Advantages

• High-resolution thermal and optical imaging
• Durable construction for all-weather use
• Comprehensive after-sales support
• Compatible with ONVIF and HTTP APIs
• Advanced detection algorithms
• Wide temperature measurement range
• Customizable OEM & ODM services
• 24/7 operational capability
• Supports multiple color palettes
• Seamless integration into existing systems

FAQ

• What is the detection range of the cameras?

  The factory-grade Optical Thermal Cameras are capable of detecting vehicles up to 38.3km and humans up to 12.5km.

• Are these cameras weatherproof?

  Yes, they are IP67 certified, ensuring resilience to harsh weather conditions and dust.

• Can the cameras integrate with existing surveillance systems?

  Yes, they support ONVIF protocol, making them compatible with various third-party systems.

• What are the power requirements?

  The cameras operate on DC12V±25% and support POE (802.3af) for flexible installation options.

• Is there a warranty included?

  Factory-grade Optical Thermal Cameras come with a standard one-year warranty, extendable upon request.

• Do the cameras support temperature measurement?

  Yes, they can measure temperatures between -20℃ and 550℃ with high accuracy.

• Are the cameras suitable for industrial applications?

  Absolutely, they offer predictive maintenance features by detecting overheating components in industrial settings.

• How many users can access the cameras simultaneously?

  The system supports up to 32 users with three levels of access: Administrator, Operator, and User.

• What is the storage capacity?

  The cameras support Micro SD cards up to 256GB for extensive data storage.

• Do the cameras offer audio functionalities?

  Yes, two-way voice intercom is supported, along with audio input and output features.

Product Hot Topics

• AI Integration in Factory-Grade Optical Thermal Cameras

  The evolution of Optical Thermal Cameras is seeing the integration of artificial intelligence (AI). Leveraging AI, these cameras can now offer more precise surveillance analytics, such as real-time intrusion detection and pattern recognition. This advancement not only enhances security protocols but also improves the overall efficiency of monitoring systems. The implementation of AI in factory settings opens up new possibilities for automation, ensuring that safety measures are thoroughly enforced.

• Advancements in Thermal Sensitivity

  Recent technological advancements have significantly improved the thermal sensitivity of factory-grade Optical Thermal Cameras. These enhancements offer better resolution and more accurate temperature readings, enabling early detection of potential issues. Industries like electrical grid management and manufacturing are particularly benefiting from these advancements, as they help in preventing breakdowns and improving operational continuity.

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