2026 NEW FOTRIC TD2 Acoustic Imager,64 MEMS Digital Microphones,Industrial Acoustic Imaging Camera,Compressed Air Leak Detection,66 52 FOV,13 Megapixel,2~100kHz Frequency Range, 3.5″ Touch Screen

Quickly Locate Various Industrial Leaks & Vibration Problems FOTRIC TD2 acoustic imaging camera enables Compressed Air Leak Detection, Vacuum Leak Identification, Fastener Looseness Checks, and Seal Integrity Verification all without contact or downtime. Instantly visualize abnormal sound sources in real time to improve maintenance efficiency and prevent costly failures. Acoustic Image Focus & Sound Pressure Level Measurement Combines adaptive dynamic noise reduction algorithms to achieve focused localization of sound sources. By combining acoustic images with dB-level data output, it is well-suited for locating and diagnosing a wide range of industrial sound sources. High-Resolution Touch Screen & Multiple Display Modes The 3.5" high-resolution IPS touchscreen (640 480), protected by tough Gorilla Glass, supports single-source, multi-source, and hologram modes. Instantly overlay sound pressure data on visible-light images for faster, more intuitive diagnostics. Portable & Durable Design Lightweight (770g) and rugged (IP54 rated, 2m drop resistance). FOTRIC TD2 acoustic imager includes a 5000mAh rechargeable battery for 4+ hours of continuous operation, perfect for field inspections in industrial, HVAC, or energy sectors.

Advanced Acoustic Imaging Technology Equipped with 64 high-sensitivity MEMS digital microphones and a 66 52 field of view (FOV) for accurate sound source localization. Covers a wide frequency range from 2 to 100kHz, ideal for detecting both audible and ultrasonic leaks or mechanical anomalies. Also features a 13-megapixel digital camera for detailed visual reference.

• Advanced Acoustic Imaging Technology
• Quickly Locate Various Industrial Leaks & Vibration Problems
• Acoustic Image Focus & Sound Pressure Level Measurement
• High-Resolution Touch Screen & Multiple Display Modes
• Portable & Durable Design