ERT Series – Flexible Micro Video Endoscopes with Interchangeable Probes
True modularity in micro-diameters
The COBB Fibre Ottiche ERT series micro video endoscopes are designed for visual inspection applications in extremely confined spaces, offering a unique combination of ultra-small diameters and a modular interchangeable probe system.
The ERT series covers diameters from 0.97 mm to 2.8 mm, with flexible non-articulating probes and operating lengths from 1 to 3 meters, with longer custom configurations available upon request.
This setup allows the instrument to adapt to different inspection requirements while maintaining a single control system.
Thanks to advanced imaging technology, the ERT series delivers high-quality video images with excellent sharpness and contrast, positioning the range among the highest-performing micro video endoscopes in its category for visual performance and reliability.
The touchscreen monitor provides immediate access to all operational functions, allowing direct viewing, editing and processing of images and videos directly on the instrument without the need for external devices.
The integrated software system includes a complete visual analysis menu featuring:
- photo and video capture
- mirror mode
- digital zoom
- color inversion
- graphic annotation and drawing functions directly on images
- automatic and manual camera sensitivity adjustment
- white balance control
- anti-reflection system
creating an advanced working environment for technical inspection and analysis.
Equipped with HDMI output for connection to external monitors and featuring a waterproof construction, the ERT system is designed to operate reliably in demanding industrial environments.
The true uniqueness of the ERT series lies in the handle and monitor design, which allows probes with different diameters and lengths to be interchanged easily, providing maximum application flexibility without replacing the entire system.
The ideal choice when ultra-small diameters, high image quality and true modular flexibility are required in a single inspection platform.
