Potassium titanium oxide phosphate (KTiOPO₄, KTP a takaice) crystal shine lu'ulu'u na gani mara kyau tare da kyawawan kaddarorin. Yana cikin tsarin crystal orthogonal, rukunin makimm2 da rukunin sararin samaniya P_na21.

Don KTP da aka haɓaka ta hanyar juzu'i, babban ƙarfin aiki yana iyakance aikace-aikacen sa a cikin na'urorin lantarki-optic. Amma KTP da aka haɓaka ta hanyar hydrothermal yana da ƙasa da yawarashin daidaituwa kuma ya dace sosai EO Q-canzawa.

Kamar crystal RTP, don shawo kan tasirin birefringence na halitta, KTP kuma yana buƙatar daidaitawa sau biyu, wanda ke kawo wasu matsaloli ga aikace-aikacen. Bugu da ƙari, farashin KTP na hydrothermal ya yi yawa saboda tsayin daka na ci gaban kristal da stringent buƙatun akan kayan haɓaka da yanayi.

KTP Pockelse Cell Wanda WISOPTIC ya Haɓaka

Tare da haɓaka fasahar laser a cikin likitanci, kyakkyawa, aunawa, sarrafawa da aikace-aikacen soja, EO Q-switched Laser fasahar kuma gabatar a Trend na high mita, high iko, high bim ingancin da low cost. Tya ci gaba na EO Q-switched Laser tsarin ya sanya gaba mafi girma bukatun a kan yi na EO crystals.

E-O Lu'ulu'u masu canza Q sun daɗe sun dogara da lu'ulu'u na LN na gargajiya da lu'ulu'u na DKDP. Ko da yake BBO lu'ulu'u, RTP lu'ulu'u, KTP lu'ulu'u kuma LGS lu'ulu'u sun shiga sansanin aikace-aikacen EO lu'ulu'u, duk suna da wasu matsalolin da ke da wuyar warwarewa, kuma har yanzu babu wani ci gaban bincike da aka samu a fagen EO Q-switch kayan. A cikin dogon lokaci, bincike na EO crystal tare da babban EO coefficient, babban Laser lalacewa kofa, barga aiki, high zafin jiki aikace-aikace da kuma low cost har yanzu wani muhimmin batu a fagen crystal bincike.