Interpex Ix1d V350 ❲FRESH — 2025❳

: Handles frequency-domain EM (like Geonics EM-31/34/38) and Transient EM (TEM) Magnetotellurics (MT)

For massive sulfide bodies (extremely conductive) or oxide zones (resistive), 1D soundings over a grid can outline drill targets. v350’s dipole-dipole array option is particularly useful for profiling lateral resistivity changes.

: Full configuration capabilities for Vertical Electrical Sounding (VES). It supports Wenner, Schlumberger, dipole-dipole, pole-dipole, and pole-pole arrays. interpex ix1d v350

IX1D v3.50 is a multi-method platform that handles diverse electrical and electromagnetic data structures. This versatility allows users to integrate multiple data types within a singular, unified platform. 1. Direct Current (DC) Resistivity

The build environment transition in the series introduced enhanced data processing flexibility over legacy iterations. Key operational modules include: : Handles frequency-domain EM (like Geonics EM-31/34/38) and

is a premier 1D geophysical sounding inversion program specialized in processing, modeling, and interpreting subsurface electrical and electromagnetic data. Developed by Interpex Limited , a global leader in PC-based geophysical software, this specific iteration serves as a crucial tool for geophysicists, hydrogeologists, and geotechnical engineers. The software effectively transforms field measurements into accurate, layered models of the earth’s crust. Core Applications and Supported Methods

is a premier 1D forward and inverse modeling software designed for processing, interpreting, and displaying data across various electrical, electromagnetic, and galvanometric sounding methods. Developed by Interpex Limited , this platform is a staple tools for geophysicists, hydrogeologists, environmental engineers, and geotechnical professionals. It offers robust 1-D inversion capabilities to map subterranean earth structures effectively. Supported Geophysical Methods & Data Types or mineral exploration

Deep structural mapping using natural earth currents.

If you perform routine VES surveys for groundwater, engineering, or mineral exploration, is not just a tool—it is a professional necessity. Its blend of robust inversion, user-friendly interface, and industry credibility is unmatched. While newer methods exist, the 1D VES method—powered by IX1D—continues to deliver reliable subsurface models at a fraction of the cost of advanced imaging.

Moreover, many regulatory reports and well-siting guidelines still accept robust 1D interpretations—provided they come from a trusted code like IX1D.