For analyzing complex electrical behavior over a wide frequency range (1 mHz to 1 MHz), suitable for:
Solid-state ionic conductors
Supercapacitors and batteries
Fuel cells and electrochemical sensors
We extract Nyquist, Bode, and Cole–Cole plots for modeling equivalent circuits (R-C, R-L, Warburg, etc.).
Four-point probe station (manual/automated)
Source Measure Units (SMUs) for I–V/C–V testing
Hall effect system with magnetic field up to 1 Tesla
LCR meters (precision, high-frequency range)
Impedance analyzer with customized test cells
Probe stations with light sources (LED, laser, solar simulators)
Temperature-controlled stages (room temperature to 200 °C or higher on request)
Semiconductor device analysis
Sensor material optimization
Energy storage and conversion devices (batteries, supercapacitors, fuel cells)
Functional oxide and ferroelectric studies
Thin film and coating quality control
Reliability and failure analysis in electronic materials