Frequently Asked Questions

Learn key geophone specifications, 1C vs 3C comparison, frequency selection & common mistakes for geophysical surveys.

Explore the critical role of data processing algorithms in mining seismology. Learn about automated phase picking, hypocenter localization, FWI, and the importance of reliable geophones.

Learn how to select high-sensitivity, low-frequency 3C geophones for microseismic monitoring in borehole and surface deployments.

Discover the key differences between analog (moving-coil) and digital (MEMS) geophones. Learn how to choose the right seismic sensor for land acquisition, balancing cost, broadband recording, and noise reduction.

Learn the best practices for installing geophones in structural vibration monitoring. Discover mounting methods, coupling techniques, and sensor placement.

Discover what a multi-channel geophone system is, how it works, and its key applications in seismic exploration, near-surface geophysics, and engineering geology.

Learn how high-sensitivity geophones turn traffic noise into 3D subsurface maps using ambient noise interferometry.

What to look for in a research grade geophone: natural frequency, sensitivity, damping, noise floor, and supplier credentials.

High-sensitivity geophones detect micro-vibrations to protect EUV lithography tools in semiconductor fabs. Learn how they monitor, analyze, and enable active vibration isolation for high yield.

Are bottom-towed seismic and resistivity the same? Discover the key differences between acoustic structural imaging and electromagnetic fluid detection.