LBC 10-75 Borehole Camera System (with Auto Winch)

    ScreenShot_2026-01-21_160703_166.png

    The LBC 10-75 Borehole Camera System (with Auto Winch) is a high-resolution borehole visualization inspection system designed for geological investigation, exploration, and engineering inspection applications. It can capture clear downhole video images in clear-water or dry boreholes, with real-time display at the ground control box.

    The system consists of a high-definition underwater camera probe, dedicated logging transmission cable, main control box, depth counting system, electric winch, and video recording and storage module. It is waterproof, high-pressure-resistant, and high-temperature-resistant, making it suitable for various complex downhole conditions.

    The system supports real-time monitoring, image capturing, video recording and saving. It is easy to operate and ensures complete data recording. The camera probe features automatic focusing, enabling it to stably capture high-quality color images in both dry and clear-water boreholes. It is mainly used for tasks such as classifying geological layers, identifying wellbore formation fractures and karst development, distinguishing fracture-zone areas, determining karst distribution locations, and conducting long-term in-hole monitoring. It can operate in vertical, horizontal, and boreholes at any angle. In water well repair projects, it is primarily used for detecting casing damage, dropped objects in the well, and clogging of filter screen holes.


    Key Features

    l  High-definition real-time visualization

    Provides on-site display of downhole images and supports video recording and snapshot capture.

    l  Flexible rotating view

    The camera probe supports horizontal 360° rotation and 180° pitch adjustment, effectively covering all directions of the borehole wall.

    l  Easy operation

    The ground control box integrates display and operation interfaces, enabling centralized control of the winch, cable, and camera.

    l  Wide application range

    It can be used for monitoring in vertical, horizontal, and boreholes at any angle.



    System Configuration

    The LBC-10-75 system consists of the following core units:

    High-definition rotating camera probe
    Allows flexible horizontal rotation and pitch adjustment, and is equipped with a high-brightness adjustable light source.

    Ground control and display unit
    Integrates real-time image display, data storage, and on-site operation control.

    Electric winch
    Provides reliable lifting, lowering, and depth control of the camera probe.

    Dedicated load-bearing logging cable
    Meets downhole load-bearing requirements and transmits power and video signals.

    Depth counting and control interface
    Displays probe depth in real time and supports on-site zeroing calibration.


    Main Technical Specifications

    • Probe diameter: 75 mm

    • Image resolution: 1024 × 768

    • Horizontal rotation: 360° continuous clockwise/counterclockwise      rotation

    • Tilt range: 180°

    • Lighting configuration: 12 high-brightness LEDs      (8-level adjustable)

    • Minimum illumination: 0.05 Lux

    • Probe pressure resistance: 20 MPa (Max. Operating      depth: 2000m)

    • Operating temperature: 15 °C to 60 °C

    • Display: 10-inch high-brightness LED screen

    • Depth counting accuracy: 0.005 m

    • Logging cable: Six-core steel-reinforced load-bearing      cable

    • Standard cable length: 300 m

    • Load capacity: 280 kg

     FAQ

    Q: Does the system support on-site video recording and snapshot capture?
    A: Yes. It supports real-time video recording, on-site snapshot capture, and playback.

    Q: What is the maximum applicable depth of the probe?
    A: The maximum depth of the probe is up to 2000 meters.






Related News

Municipal Road Inspection Case: 3D Array Radar Detection

Municipal Road Inspection Case: 3D Array Radar Detection

Application of GPR in Asphalt Thickness Detection

Application of GPR in Asphalt Thickness Detection

Application Case of 3D Radar Detection for Municipal Road Defects — A Record of Precise Road Potential Risks Inspection

Application Case of 3D Radar Detection for Municipal Road Defects — A Record of ···

Efficient Solution for Highway Defect Detection -- 3D Array GPR Outstanding Performance

Efficient Solution for Highway Defect Detection -- 3D Array GPR Outstanding Perf···