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GoPhotonics has assembled a robust collection of state-of-the-art Pockels cell drivers designed to provide precise, high-voltage control of electro-optic modulators used in ultrafast lasers, Q-switching, and advanced research systems. These drivers deliver the fast rise times, low jitter, and dependable long-term stability required for industrial micromachining, medical imaging, quantum optics, and scientific experimentation. By combining compact footprints with exceptional electrical performance, the portfolio supports integration into new or existing photonic architectures while maintaining excellent thermal and mechanical reliability.

Engineered for repeatable operation across a wide range of repetition rates, the featured drivers include programmable settings, intuitive interfaces, and rugged enclosures. They are built to maintain signal fidelity and timing accuracy even under fluctuating environmental conditions, ensuring optimal polarization and pulse-picking control for laser engineers and system designers.

PCD-UHR Series: Ultrafast Control from a Lithuanian Laser Pioneer 

Recognized globally for innovative ultrafast laser systems, EKSPLA brings decades of expertise in scientific and industrial photonics to the PCD-UHR Series driver. Offering sub-nanosecond rise and fall times and repetition rates up to 1 MHz, it delivers exceptionally clean pulse selection for time-resolved spectroscopy, nonlinear optics, and femtosecond amplifier systems. A compact modular design with advanced cooling allows easy integration into crowded optical tables, while built-in protection circuitry guarantees stable operation during continuous use in demanding laboratory or OEM environments.

HVR-60010: British Engineering for Rugged High-Voltage Performance 

With a heritage in precision fiber-optic and acousto-optic technologies, UK-based G&H designs components for mission-critical photonics. The HVR-60010 Pockels cell driver delivers up to 6 kV of clean, stable output, combining a high slew rate and low electrical noise for reliable Q-switching and high-energy pulsed lasers. Robust metal housing, integrated safety interlocks, and comprehensive monitoring functions support 24/7 industrial operation in environments such as semiconductor fabrication, laser marking, and aerospace research, where consistent performance is essential.

STA-PCD-1: Compact Versatility from a Global Optomechanics Specialist 

STANDA, known worldwide for precision opto-mechanical equipment and laser systems, offers the STA-PCD-1 driver for labs and OEMs seeking fast switching in a small footprint. With rise times below a nanosecond and user-adjustable parameters, it excels in regenerative amplifiers, optical parametric oscillators, and precision micromachining tools. Durable construction and efficient thermal design ensure stability in both experimental setups and industrial production, while straightforward connectors and intuitive controls make installation and maintenance remarkably easy. 

Model T850: American Precision in Timing and Trigger Control 

San Francisco-based Highland Technology specializes in high-speed electronic instruments for scientific and aerospace applications. Its Model T850 Pockels cell driver provides sub-nanosecond timing accuracy and programmable delay and amplitude control, giving researchers precise synchronization in pump–probe spectroscopy, quantum photonics, and ultrafast measurement systems. Extensive diagnostic capabilities, real-time monitoring, and remote configuration options offer unmatched flexibility for complex experiments, while rugged construction supports long-term reliability in demanding research environments. 

823B: Proven High-Voltage Expertise from a Defense and Aerospace Leader 

Analog Modules Inc., renowned for high-voltage power solutions used in military and aerospace photonics, offers the 823B driver. It delivers up to 4 kV with rapid rise times, providing the clean, stable switching needed for electro-optic modulation in laser rangefinding, LiDAR, and high-energy pulsed lasers. Precision engineering minimizes jitter and noise, while integrated fault protection, rugged packaging, and efficient thermal management ensure long service life in field-deployed or airborne systems, where maintenance access can be limited.

By combining the engineering heritage of these leading photonics companies with GoPhotonics’ curated marketplace, this portfolio of Pockels cell drivers empowers engineers, researchers, and system designers to achieve precise polarization control and pulse timing in the most demanding ultrafast laser applications. From university femtosecond laboratories to industrial production floors and defense platforms, these solutions deliver the speed, electrical stability, and integration flexibility needed to push the boundaries of modern photonics.

Click here to learn more about G&H's Pockels cell drivers.