Geotechnical & Geological Monitoring Equipment

Cable-free Memory Borehole Imager

Model: BP-BHW

State-of-the-art wireless borehole imaging system with 1080p HD camera and advanced 3D compass sensors. Provides real-time high-resolution imaging of borehole walls for comprehensive geological analysis and precise 3D trajectory mapping.

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Key Features

1080p HD video capture with 2 million pixel camera for detailed geological visualization

360° panoramic view with color low-light 700TV Lines camera

3D compass with pitch range -90° to 90° and azimuth 0 to 360°, accuracy 0.1°

Synchronized video recording with depth measurements for accurate spatial alignment

Stainless steel casing and high-strength optical glass, withstands pressures up to 20MPa

Onboard 128GB storage with high-speed data transfer capabilities

Detection depth up to 10,000 meters (unlimited)

High-brightness LED auxiliary light source ≥30Lux

Free RTOS operating system with 2.8-inch true color LCD touchscreen

Built-in 12V lithium battery, continuous operation for over 36 hours

Technical Specifications

Display	2.8-inch true color LCD touchscreen
Processor	High-performance, low-power embedded processor
Protection Rating	IP67
Storage (Host)	Built-in 1GB memory
Storage (Probe)	Built-in 128GB memory card
Power Supply (Host)	Built-in 12V lithium battery, >36 hours continuous
Host Dimensions	151 × 108 × 39.4 mm
Host Weight	1.1 kg
Depth Encoder Accuracy	0.1 mm
Probe Diameter	φ52 mm (customizable to fit drill rods)
Pressure Resistance	≥20 MPa
Detection Depth	0~10,000 meters
Camera	Color low-light 700TV Lines, 0.01Lux, 360° panoramic
Image Pixel	2 million pixels
3D Compass	Pitch: -90°~90°, Azimuth: 0~360°, accuracy 0.1°
Detection Hole Diameter	≥φ60 mm
Probe Dimensions	φ52 × 945 mm
Probe Weight	6.6 kg

Applications

Full borehole wall imaging for comprehensive geological formation analysis; 3D trajectory measurement and precise drilling path mapping; Real-time video and depth data recording; Geological feature observation including faults, fractures, and water-bearing zones; Fracture analysis with automatic rose diagrams and pole diagrams.