Optical-Pump THz-Probe Systems

• 0.1–6.5 THz spectral range

• Femtosecond optical pump + synchronized THz probe

• Sub-picosecond time resolution

• Pump wavelengths from 390 to 1560 nm

• Optically synchronized for low timing jitter

• Optional integrated delay line with 500 ps scan range

• Modular and customizable configuration

Our Optical-Pump THz-Probe (OPTP) Systems enable high-precision time-resolved terahertz spectroscopy, providing direct insight into ultrafast material dynamics. By exciting a sample with a femtosecond optical pump pulse and probing its response with a synchronized terahertz pulse, OPTP measurements reveal changes in conductivity, refractive index, and transmission on sub-picosecond timescales. This makes the technique ideally suited for studying charge carrier dynamics, phonons, and light-matter interactions in semiconductors, molecular systems, and advanced functional materials. The systems combine a femtosecond pump laser with our TeraFlash pro terahertz platform, both systems being optically synchronized to ensure excellent timing stability and minimal jitter. Pump wavelengths from the UV, visible, and infrared ranges provide flexibility for a wide range of excitation schemes. An integrated delay stage allows precise control of the pump–probe timing, enabling reproducible and intuitive time-domain measurements. With broadband terahertz detection covering approximately 0.1 to 6.5 THz at a superior dynamic range, our OPTP systems deliver reliable, non-contact, and non-destructive probing. Modular configurations and customization options allow the system to be tailored to specific experimental requirements, from fundamental research to applied material characterization.

System Type: Optical-Pump THz-Probe THz Range: 0.1–6.5 THz Pump Wavelength: 390–1560 nm Pump Laser: FemtoFiber ultra THz Platform: TeraFlash pro Repetition Rate: 80 MHz THz Power: Up to 300 µW Dynamic Range: Up to 120 dB Delay Range: Up to 500 ps (optional) Synchronization: Optical synchronization Specifications depend on the selected configuration.

• THz Material Research

• Semiconductor Inspection & Metrology

• Charge Carrier Dynamics

• Phonon & Light–Matter Interaction Studies

• Molecular & Functional Materials Research

• Time-Resolved Spectroscopy