
Precision Engineering for Research Excellence
Precision-engineered solutions for in-situ spectroscopy, high-pressure reactors, and advanced analytical systems. Empowering research laboratories worldwide.
Comprehensive range of in-situ characterization systems and catalytic reactors designed for cutting-edge research

Ultra-low dead-volume in situ DRS cell for transient gas–solid spectroscopy and spectrodynamic studies.

Cryogenic-capable DRS in situ cell for −120°C to 500°C gas–solid spectroscopy.

DRS in situ cell tailored for liquid–solid and gas–liquid–solid multiphase catalytic systems.

Versatile transmission in situ cell for FTIR and X-ray absorption spectroscopy under realistic conditions.

ATR-FTIR in situ cell for liquid, liquid–solid, and gas–solid systems up to 250°C.

ATR-FTIR in situ cell specialized for liquid-phase composition analysis with temperature control.

In situ XRD cell for gas–solid studies up to 800°C under controlled pressure.

High-sensitivity diffuse reflection attachment with biconvex lens design for FTIR and UV-Vis.

General-purpose ATR accessory for rapid, non-destructive IR analysis of liquids and solids.

Vertical incidence IR attachment enabling direct transmission analysis of powders and films.

Compact semiconductor-based chiller for precise low-temperature circulation control.

Benchtop mini fixed-bed reactor for rapid catalyst screening at temperatures up to 700°C.

High-precision PID temperature controller for heaters and in situ devices.

Automated constant-pressure controller for closed high-pressure systems up to 10 MPa.

Integrated multi-channel gas flow control module with Brooks MFCs and stable switching.

Compact high-pressure fixed-bed reactor system for catalyst evaluation and kinetics.

Benchtop high-pressure photothermal fixed-bed reactor with dual illumination modes.
Operando Technology LLC specializes in developing state-of-the-art equipment for catalytic reactions and material characterization. Our systems enable researchers to observe and analyze chemical processes in real-time under actual operating conditions.
With precision engineering and innovative design, we provide solutions that advance scientific discovery in catalysis, materials science, and chemical engineering.