Thermal camera module
I have found results from20000+products and6000+suppliers aboutThermal camera module
Infiraiy 640X512 Easy Efficient Integration Micro Thermal Camera Module 640 Thermal Camera for Industrial Inspection
Infiray Mini2 640 13.5mm Lens Thermal Imaging Camera Module for Fpv Drone
640X512 City Safety Security Network Thermal Camera Module
Microbolometric 12μ M 640× 512 Thermal Network Camera Module with 55mm (35mm) Athermalized Lens
Fire Detection 1280*1024 Night Vision Eis 30~120mm Motorized Lens Thermal Camera Module
Micro-Cubed 384×288 12μm USB Thermal Imaging Module for CCTV Compact Lwir Camera Module
High Sensitivity 1280× 1024 Thermal Network Camera Module with 30~180mm Motorized Lens
Low Power Compatible Small Volume 640X480 Resolution Thermal Camera Module
Uncooled Thermal Camera Module 640X512 12μm Vox Lwir for OEM Thermal Imaging
MID-Wave Mwir 640*512 12um Cooled Infrared Thermal Camera Module
Material Analysis Swir Image Processing Industry Thermal Camera Module
Long Range 1280X1024 Thermal Imaging Network 30-180mm Motorized Lens Camera Module
640×512 Long Range Thermal Imaging Ai Network Fire Detection Camera Module
640X512 12um 35mm Self-Designed Asic Infrared Ethernet CVBS Thermal Camera Module
Thermal Imaging Uncooled 55mm Fixed Lens IR Camera Module
640X512 High Sensitivity Thermal Network Fixed Lens Ai Camera Module
13mm Fixed Athermalized Lens Surveillance 384X288 Uncooled Infrared Thermal Camera Core Module
50mm Fixed Athermalized Lens Surveillance 640X512 Uncooled Infrared IP Thermal Network Camera Module with CVBS Output
50 mm Athermalized Thermal Imaging IP Camera Module Vox Uncooled Detector ≤ 35mk Netd
640X512 25mm Athermalized Thermal Imaging IP Camera Module Vox Uncooled Detector ≤ 35mk Netd
9mm Athermalized Thermal Module 640*512 Vox IP67 Bt. 656/Onvif for Fixed Cameras
UV-Thg69225aw Uncooled 25-225mm Vox Continous 640*512 Ttl/RS485 Thermal Imager Sensor Camera Module
Advanced Thermal Imaging Camera Module for Border Security Monitoring
Uncooled Thermal Camera Module for Long-Wave IR Fire Surveillance
Thermal Camera Module with 12μm Pixel Pitch for Precision Imaging
Thermal Imaging Camera Module with 640X512 Resolution for Enhanced Detection
China Made 30~630mm Lens 640X512 Resolution Mwir Cooled Thermal Imaging Camera Module
Sourcing guidance for Thermal Camera Module
What are the key technical specifications to consider when selecting a Thermal Camera Module?
When sourcing thermal modules, the most critical factor is the Thermal Resolution (e.g., 160x120, 384x288, or 640x512); higher resolution provides clearer images and longer detection distances. You must also evaluate the NETD (Noise Equivalent Temperature Difference), where a value <50mk indicates high sensitivity for detecting subtle temperature differences. Additionally, confirm the Frame Rate (typically 9Hz for export-restricted items or 25Hz/50Hz for high-speed monitoring) and the Pixel Pitch (12μm or 17μm), as smaller pitches allow for more compact lens designs.
How do I ensure the module is compatible with my existing hardware and software systems?
Verify the Interface Type, such as USB, MIPI, DVP, or Ethernet (RJ45), to ensure seamless hardware integration. For software, prioritize suppliers that provide a comprehensive SDK (Software Development Kit) compatible with your operating system (Windows, Linux, Android, or iOS). Ensure the module supports standard protocols like ONVIF or RTSP if you are integrating it into a security surveillance network.
What compliance standards and certifications are necessary for international trade?
For global market entry, ensure the products carry CE, FCC, and RoHS certifications. Because thermal imaging is a sensitive technology, you must check if the product falls under Dual-Use Goods export controls. If sourcing from China via Made-in-China.com, confirm if the supplier has the necessary Export Licenses for high-resolution (640x512 and above) or high-frame-rate modules to avoid customs seizures.
What are the typical application scenarios for different types of thermal modules?
Thermal modules are categorized by use case: Industrial Thermography requires high temperature accuracy (±2°C) for equipment inspection; Security & Surveillance focuses on human/vehicle detection distances and contrast; and Consumer Electronics (like smartphone attachments) prioritizes low power consumption and compact form factors. Always specify your target temperature range (e.g., -20°C to 150°C or up to 550°C) to the supplier.
Cross-Border Procurement Risks and Strategies for Thermal Modules
How can I mitigate the risk of receiving defective high-tech electronic components?
Utilize the Secured Trading services on Made-in-China.com to ensure payment is only released after quality confirmation. Always request a pre-shipment inspection (PSI) by a third party to verify the pixel defect rate (dead pixels) and temperature calibration accuracy. Requesting a sample unit for aging tests before placing a bulk order is a mandatory industry practice.
What should I consider regarding international shipping and customs for infrared technology?
Thermal cameras are often flagged during customs inspections due to HS Code classification (typically 9025 or 8525). Work with a freight forwarder experienced in high-value electronics and ensure all documentation clearly states the technical parameters to prove the item is for civilian use. Be aware that modules with frame rates exceeding 9Hz may require additional End-User Certificates (EUC) depending on the destination country's import laws.
What are the best strategies for negotiating with thermal module manufacturers?
Focus on Long-term Technical Support rather than just the unit price. Negotiate for extended warranties (24 months) and free firmware updates. For bulk orders, aim for a 15-20% discount compared to sample pricing, and request customized lens options (FOV - Field of View) to be included in the package price to maximize value.
How do I verify the credibility of a thermal camera supplier?
Look for 'Audited Suppliers' on Made-in-China.com who have undergone on-site verification by independent agencies like SGS or Intertek. Check their R&D capabilities, specifically if they own the core sensor (FPA) technology or if they are merely integrators, as direct manufacturers offer better technical depth and lower costs for customization.




























