Wide Temperature Range LiNbO3 Pockels Cell is a Pockels cell based on a lithium niobate (LiNbO3) crystal. It is designed as a Q-switch for polarizers using pulsed solid-state lasers (Nd:YAG/Ce/Nd:YAG and Nd:YAP. This electro-optic switch operates at a working wavelength of 1.05-1.08 μm generated by pulse pumping.

Crystrong’s Large Aperture DKDP Pockels Cells are specially designed for high power, high energy, large spot applications.
It possesses an extinction ratio of >2000:1 (measured using a 632 nm He-Ne laser) with a transmittance of >98%.

Crystrong's DKDP Pockels Cells possess an extinction ratio of >2000:1 (measured using a 632 nm He-Ne laser) with a transmittance of < 98%.
The DKDP electro-optic Q- switching capacitor is small (about 3-5pF), so the rise time is short (<0.5ns).

The 694&755 DKDP Pockels Cells are specially designed for unique purposes in medical aesthetic applications. Particularly suitable for 694nm and 755nm wavelengths. The DKDP crystal is a uniaxial crystal with excellent optical quality with an extinction ratio of >2000:1 (measured using a 632 nm He-Ne laser) with a wave front distortion of 98%.

RTP is an ideal candidate for a wide variety of Electro-Optic applications as Pockels cells, shutters, Q-switch, phase modulators, attenuators, pulse pickers and more.
The outstanding electro-optical parameters allow extremely fast switching (rise/fall time under 1ns) and high repetition rates (over 1MHz) without ringing. RTP EO cells are assembled in a thermally compensated double-crystal configuration, in which two matched crystals are placed in line of the propagation axis (x or Y) with one rotated by 90 degrees.

BBO-based pockels cell are used to change the polarization state of light passing through it when an voltage is applied to the electrodes of BBO electro-optic crystals. Typical applications include Q- switching of the laser cavity, laser cavity dumping and coupling light into and form regenerations amplifiers. Low piezoelectric ringing makes BBO Pockels cell attractive for the control of high-power and high repetition rate lasers.