Essential Yateks P-uv Series Industrial Videoscope 3.9 Mm Od Direct View Middle Focus Flash Sale: 95% Off [hbur9PUW]

Yateks P-UV Series Industrial Videoscope: Your Ultimate Inspection Solution

The Yateks P-UV Series Industrial Videoscope is designed to revolutionize your inspection processes. With a 3.9 mm diameter flexible probe and direct view middle focus, this state-of-the-art device is perfect for applications requiring fluorescence observation. Its UV illumination capabilities create vivid fluorescence in many materials, making it an ideal tool for Magnetic Particle Testing (MPI) and Fluorescent Penetrant Inspection (FPI). The P-UV Series not only enhances the visibility of discontinuities but also ensures compliance with industry standards for UV intensities.

• Ultra-clear images with 160,000 pixels
• Touch screen color display for easy navigation
• Joystick control for 360° articulation and easy access to complex geometries

Technical Specifications and Key Features

The P-UV 3.9 mm videoscope is equipped with a CMOS image processing system that delivers stunning 160,000-pixel images. Its 8” IPS industrial HD touch LCD screen ensures a clear and immersive viewing experience. The device's robust features include image capture, video recording, playback, and articulation control, all managed through an intuitive joystick interface.

• 246 x 321 x 123 mm dimensions and 2.3 kg weight for easy portability
• 32 GB high-speed SD card storage (up to 128 GB) for extensive data recording
• Real-time multifunctional operating system for seamless performance

Applications and Benefits of the Yateks P-UV Series

The Yateks P-UV Series is an indispensable tool for various industries, particularly for aircraft and land-based engine components, gun tubes, and mechanical parts. Its versatile applications span across sectors such as automotive, aerospace, and manufacturing. By offering UV illumination, high-quality imaging, and ease of use, the P-UV Series ensures enhanced visibility of discontinuities and aids in maintaining peak performance.

• Compliance with UV intensities for MPI and FPI
• Enhanced visibility of discontinuities in various materials
• Improved safety and efficiency in industrial settings