Welcome to Geotech!
Company News
GIM Series DC Electrical System: Advancing Electrical Resistivity Tomography for Modern Geophysical Exploration
TIPS :Electrical Resistivity Tomography (ERT) is one of the most effective geophysical methods for identifying aquifers, fracture zones, and subsurface structures through high-resolution underground imaging. In modern Groundwater Exploration projects, Electrical Resistivity…
Geophysical Equipment Market Outlook 2026
Ⅰ. Executive Summary The global geophysical exploration industry enters a transformative phase in 2026. Electrical Resistivity Tomography (ERT) and seismic nodal technologies now lead market growth. IMARC Group and allied research bodies…
2026 EAGE Annual Meeting: Geotech Instrument Aligns with Geophysical Exploration Trends
TIPS：The 2026 EAGE Annual Meeting & Exhibition, running May 19-22 in Amsterdam, focuses on geophysical innovation—with Ground Penetrating Radar (GPR) and magnetic survey tech as key highlights. Geotech Instrument’s solutions align closely with these…
Geotech Contributes to the New Development of Environmental Protection
Geotech Leads the Technological Innovation in Landfill Monitoring, Contributing to the New Development of Environmental Protection In the current era when environmental awareness is on the rise, the operation management and ecological…
The Key to Exploring the Underground World: Resistivity Imaging Equipment
In the vast field of geophysical exploration, resistivity imaging equipment is emerging as a powerful tool for scientists seeking to uncover the mysteries of the underground world. This article delves into the…
Leading Resource & Environmental Exploration with Geophysical Technologies
Pioneering Geophysical Solutions for a Sustainable Future As a high-tech enterprise integrating geophysical exploration and engineering geophysical equipment sales with technical services, Geotech Instrument Co., Ltd. is reshaping the boundaries of the…
Portable Magnetic Gradiometer JPMG: Launching a New Era of Smart Exploration
In resource exploration, efficiency and accuracy are crucial. The JPMG Portable Magnetic Gradiometer, an innovative product by Shenzhen Huafley Technology Co., Ltd., is revolutionizing magnetic exploration with its outstanding performance and intelligent…
JPMG Proton Magnetometer: How OCXO + Dual Probes Achieve 0.1nT Precision in Geomagnetic Exploration
Introduction: The “Invisible Battlefield” of Geological Exploration In mineral exploration and archaeological surveys, subtle geomagnetic variations (even 0.1nT-level differences) often hold critical clues to billion-ton iron deposits or millennia-old artifacts. However, traditional…
Ultimate Guide to Magnetometer Selection: JPMG Proton Magnetometers for Precise Magnetic Field Measurement
In scientific exploration, industrial inspection, and environmental monitoring, the magnetometer serves as the core tool for magnetic field measurement. Its selection directly impacts data quality and research outcomes. Facing the diverse magnetometer…
Decoding Geotech’s Quality Standards for High-Precision Proton Magnetometers
Introduction In the field of geomagnetic exploration, precision and reliability are paramount. Geotech Instrument Co., Ltd. has established rigorous quality standards to ensure the high-precision performance of its JPMG Proton Magnetometer. This…
OCXO Technology: Achieving Zero Temperature Drift in Proton Magnetometers for Precise Geomagnetic Surveys
Introduction The JPMG Proton Magnetometer, developed by Geotech Instrument Co., Ltd., leverages OCXO (Oven-Controlled Crystal Oscillator) technology to achieve zero temperature drift in magnetic field measurements. This article explores how OCXO technology…
A Geologist’s Nightmare: Slow Traditional Magnetometers? How JPMG’s 3‑Second Sampling Breaks the Deadlock
1. Introduction: The Speed Bottleneck That Haunts Geoscientists In modern geological exploration, sampling speed often dictates project cost and feasibility. Traditional Proton Magnetometer and High‑Sensitivity Magnetometer units typically require 10–30 seconds per reading,…