Product Announcements:
Q-switches

KD*P Pockels Cells deliver high extinction ratios, low insertion loss, and damage thresholds exceeding 10 J/cm², enabling reliable electro-optic switching for pulsed laser systems. Read more...

CRYSTECH's KD*P Pockels cells use the longitudinal electro-optic effect for high-extinction-ratio Q-switching in 1064nm nanosecond pulsed lasers. High deuterium content (>97%), low insertion loss, and damage thresholds above 10J/cm² suit medical, beauty, industrial, and research applications. Apertures from 8mm to 19mm, with dual-crystal and multi-wavelength options availa... Read more...

The RTP electro-optic Q-switch delivers low operating voltage, high repetition rates, and excellent temperature stability for pulsed laser systems requiring reliable, high-speed optical modulation. Read more...

KD*P Pockels cell with high extinction ratio, low loss, and wide spectral range for precise electro-optic switching in medical, industrial, and scientific lasers. Read more...

High-voltage Pockels cell driver with fast rise time and adjustable pulse control for precise electro-optic switching in laser systems. Read more...

RTP Q-Switch crystals provide high damage threshold, low operating voltage, and superior electro-optical properties, ideal for laser ranging, medical, and industrial applications. Read more...

RTP Q-switches provide low-voltage electro-optic switching, high damage threshold, and wide wavelength operation for high-repetition laser systems and optical modulation. Read more...

Crystech DKDP Pockels cells provide high extinction ratio, low insertion loss, and up to 1 GW/cm² damage threshold, enabling stable and precise electro-optic modulation in industrial, medical, and high-power laser systems. Read more...

RTP crystal Q-switch offering low voltage, high damage threshold, and wide wavelength operation for stable, high-repetition laser systems in industrial and scientific applications. Read more...

RTP Q-Switch crystal offers precise electro-optical control, low half-wave voltage, and high damage threshold for laser ranging, radar, and medical systems. Read more...