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WDFZ
Product Description
Think of IP Tech as a “CT Scan for the Earth” – Here’s Why
Geology’s Greatest Diagnostic Tool
Just as CT scans reveal hidden tumors, 3D Induced Polarization (IP) systems expose buried mineral deposits invisible to surface scans. Using electrical “X-rays”, the WDFZ-15kW transmitter diagnoses subsurface conditions with medical-grade precision—a breakthrough miners call “the stethoscope for rocks.”
The Anatomy of a Mineral Deposit
Sulfide “Nerves”: Minerals like pyrite act as conductive pathways, generating unique IP responses.
Gold “Bloodstream”: Disseminated gold grains create micro-chargeability signals detectable only by high-sensitivity receivers.
Breakthrough “Surgery” Tools
Transmitter Scalpel: The WDFZ-10T delivers adjustable power (5kW-15kW) to “slice” through soil, clay, and bedrock.
Receiver Sensors: WDJS-3 units act as diagnostic probes, mapping mineral “organs” in 2D/3D.
Patient Success Stories
Diagnosis: “Barren” Land in Canada: IP scans revealed $12M in buried copper beneath 300m of glacial debris.
Emergency “Surgery”: A Brazilian town used groundwater detection mode to locate a life-saving aquifer in 48 hours.
Technical “Vital Signs”
| Earth Scan Parameter | Diagnostic Capability |
|---|---|
| Power Prescription | 5kW (Shallow) ↔ 15kW (Deep Tissue) |
| Depth Resolution | 1m Accuracy at 1,000m Depth |
| Scan Speed | 500m²/Hour (Full 3D Imaging) |
| Noise Immunity | 99% Ambient Interference Rejection |
| Compatibility | Integrates with All WDJS-3 Probes |
| Recovery Time | 10-Minute Setup (No Calibration) |
Why This Outperforms “General Practitioners”
Early Detection: Spots mineral anomalies 10x smaller than legacy tools.
Non-Invasive: Zero drilling needed for preliminary diagnosis.
Prognostic Reports: AI predicts deposit size and purity pre-drilling.
Prescribe Success to Your Projects
In an era where resource scarcity threatens industries, 3D IP systems offer the ultimate diagnostic edge. With 15kW power and AI analytics, you’re not just exploring—you’re writing geology’s future.
