In order to share our experience in geophysics, this portal will show the innovations in our services, the acquisition of new instruments and the application of new techniques
All of our conventional IP receivers have been updated to their latest version, which offers the capability to record full-waveform signal in the receiver along with one of our current monitors. With this new option, our clients could obtain a detail recording of all field signal, which allows them to analyze the data with future processing techniques.
If you need greater resolution and depth reach in the study of electrical conductors, we have the only HT-SQUID sensor in the region. With a sensitivity of 50 fT and a flat frequency response from DC to 10kHz, this sensor shows greatly improved contrasts of mineralized conductive ore bodies. The HT-SQUID, along with our state-of-the-art TEM system shown in a previous publication are ideal for complex exploration targets.
Do you need to study conductors?.
Arce Geofísicos now has a state-of-the-art Time Domain Electromagnetic system (TDEM). The system includes a SmartEM24 receiver, Geonics TEM-67APlus transmitter and three sensor options: low frequency coil (Geonics 3D-E), fluxgate (EMIT) and our recently received high temperature SQUID sensor (Supracon Jessy Deep HT) for deeper targets which require greater sensitivity and cleaner signal.
We have the solution for all your conductor applications, from metallic conductors to lithium exploration.
Do you need a Microgravity survey?. We now have the best gravity meter currently manufactured in the world, the Scintrex CG6, with 0.1 microGal resolution.
Arce Geofísicos offers the most experience, with the best available geophysical techniques and instrumentation.
AG-DAS: Arce Geofísicos Advanced Full-Waveform Distributed Array Induced Polarization System
Over the last few years, Arce Geofísicos worked with its strategic partners in the development of a new IP system that would allow high resolution information at depths below 800 meters. Our system started operations in 2015 and has already had several improvements. Today, it is our first recommendation for mineralized targets with complex morphology, for why standard IP may provide insufficient detail for proper definition of targets. The results have been excellent in a variety of mineral deposits, ranging from vein systems to IOCG, disseminated and skarn deposits.