The InPut Optica RPR – RTP-Based Pockels Cells provide high-speed electro-optic modulation, superior thermal stability, and excellent optical clarity. Ideal for demanding laser applications. Designed for high-repetition-rate systems, these Pockels cells enable precise pulse selection, Q-switching, and cavity dumping with exceptional reliability.
Constructed using RTP (Rubidium Titanyl Phosphate) crystals, the RPR series offers a low half-wave voltage, zero hygroscopicity, and a high laser damage threshold. Making them ideal for both industrial and scientific laser systems. Their low piezoelectric ringing ensures stable performance even under high-frequency operation, providing consistent pulse control and reduced noise.
The RPR – RTP-Based Pockels Cells are available in a wide range of aperture sizes and voltage configurations, enabling flexible integration into diverse optical setups. Each unit features AR-coated windows for maximum transmission and minimal optical loss, ensuring excellent beam quality preservation.
With their compact, rugged construction and long operational lifetime, these devices are perfectly suited for ultrafast lasers, micromachining, laser marking, and material processing applications.
Contact us today to discuss your system requirements and configure an InPut Optica RPR RTP-Based Pockels Cell optimised for your laser wavelength and repetition rate.
