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LGS Crystal And Pockels Cell

LGS Crystal And Pockels Cell

Our LGS Crystal And Pockels Cell is well received in the market. La3Ga5SiO14 crystal (LGS crystal) is an optical nonlinear material with high damage threshold, high electro-optical coefficient and excellent electro-optical performance. LGS crystal belongs to trigonal system structure, smaller thermal expansion coefficient, thermal expansion anisotropy of crystal is weak, the temperature of the high temperature stability is good (better than SiO2), with two independent electro - optical coefficients are as good as those of BBO Crystals. The electro-optic coefficients are stable in a wide range of temperatures. The crystal has good mechanical properties, no cleavage, no deliquescence, physicochemical stability and has very good comprehensive performance. LGS crystal has a wide transmission ......

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RTP EO Q Switch

RTP EO Q Switch

Our RTP EO Q Switch products are popular in the market. Our RTP EO Q Switch products are popular in the market. Coupletech provides RTP EO Q-Switches. RTP (Rubidium Titanyle Phosphate – RbTiOPO4) is an isomorph of KTP crystal which is used in nonlinear and Electro Optical applications. It has advantages of higher damage threshold (about 1.8 times of KTP), high resistivity, high repetition rate, no hygroscopic and no piezo-electric effect. It features good optical transparency from around 400nm to over 4µm and very importantly for intra-cavity laser operation, offers a high resistance to optical damage with power handling ~1GW/cm2 for 1ns pulses at 1064nm. Its transmission range is 350nm to 4500nm.

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RTP Electro Opitcal Devices

RTP Electro Opitcal Devices

We are experts in the field of RTP Electro Opitcal Devices. We are experts in the field of RTP Electro Opitcal Devices. Coupletech provides RTP EO Q-Switches. RTP Electro-Opitcal Devices is an isomorph crystal as KTP crystal, which is used in nonlinear and Electro-Optical applications. It has higher damage threshold (about 1.8 times of KTP), high resistivity and could be used in high repetition rate, no hygroscopic and no piezo-electric effect. It features good optical transparency from around 400nm to over 4µm and very importantly for intra-cavity laser operation, RTP EO Devices offer a high resistance to optical damage with power handling almost 1GW/cm2 for 1ns pulses at 1064nm. The whole transmission range is from 350nm to 4500nm.

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H-KTP Pockels Cell With Water Cooling

H-KTP Pockels Cell With Water Cooling

We have many years of experience in the production of H-KTP Pockels Cell With Water Cooling. H-KTP crystal is grown by hydrothermal method, which overcomes the "Gray Track" phenomenon, the most common defect of common fused salt KTP crystal. It has the ability of high anti-laser damage threshold and high anti-gray mark, and can be steadily applied to the laser system with high power, high repetition frequency and high conversion efficiency for a long time. H-KTP crystal has a good electro-optical effect and can be used for EO Q-switch and EO modulation switches. H-KTP Pockels Cell with Water-cooling structure can be applied to higher power up to 300W.

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Potassium Titanyl Phosphate KTP EO Q-Switch

Potassium Titanyl Phosphate KTP EO Q-Switch

We are experts in the field of Potassium Titanyl Phosphate KTP EO Q-Switch. We are experts in the field of Potassium Titanyl Phosphate KTP EO Q-Switch. Potassium TitanyI Phosphahe KTP Pockels Cell , which consists of 2 pcs of H-KTP crystal, has very low quarter wave voltage. Coupletech use hydrothermal-grown KTP crystal, which overcome the common electrochromicm damage of the flux-grown KTP Crystals, KTP Pockels Cells have high resistivity and high damage threshold. H-KTP is suitable for making electro-optic devices with excellent properties. Typical application is Q-switching, Pulse picking, E-O Modulator, etc.

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Magneto Optic Crystal

Magneto Optic Crystal

Magneto Optic Crystal has a tetragonal structure with a c-axis as its optical axis, large Verdet constant, low absorption coefficient, negative thermal coefficient, and small nonlinear coefficient.

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