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Overview
Underground Metal Detector LMUMD-A100 offers sensitivity to detect objects deeper than 18 cm. Equipped with large LCD screen for clear signal and battery indicators. Incorporated with waterproof search coil and ergonomic design for field convenience. It features audio/visual alarms and supports automatic ground balance. Our Detector is employed for archaeology, treasure recovery, and underground inspections.
Features :
Lightweight design
Simple control panel
Quick start function
Specifications :
| Sensitivity | Detects objects deeper than 18 cm |
| Display | LCD Screen |
| Search Coil | 8.5-inch fully waterproof |
| Discrimination And Ground Balance | Supports metal type distinction and stable operation on different soil types |
| Power Supply | 2 × 9V (6F22) Batteries |
| Dimensions | 55.5×27×13 cm |
| Weight | 1.5 Kg |
Applications :
Underground Metal Detector LMUMD-A100 is ideal for locating buried metals during geological surveys, construction inspections, and excavation tasks. It supports mineral exploration, archaeological digs, and security fieldwork.
Selection Guide :
Underground Metal Detector LMUMD-A100 is designed for accurate and reliable detection of metallic objects buried underground, making it suitable for various professional and research-based applications. This detector is commonly used in archaeological surveys, geological exploration, pipeline detection, and law enforcement investigations. Its ability to detect metal objects at depths greater than 22 cm ensures effective identification of hidden artifacts or utilities. The model features a sensitive 13-inch search coil, adjustable sensitivity levels, and an LCD, enhancing user experience and detection accuracy in field experiments. Additionally, it operates at a frequency of 8.58 kHz, suitable for differentiating between ferrous and non-ferrous metals. Certified for field reliability and safety, this model is a preferred choice for research institutions, environmental studies, and field engineers requiring dependable subsurface metal detection.