The invention relates to ultraviolet cut high aluminosilicate crystallized glass doped with cerium and titanium. Filter pipe glass is produced from the compositions in percentage of 40-50mol% of SiO2, 25-35mol% of Al2O3, 5-10mol% of MgO, 0-5mol% of ZnO, 0-5mol% of Li2O, 5-10mol% of TiO2, 0-5mol% of ZrO2, and 3-8mol% of CeO2. The heat conductivity of the produced glass is 1.0-1.2W/MK, and the thermal expansion is between 50*10<-7>/K to 60*10<-7>/K. The produced glass can realize tunable cut for xenon lamp spectra in the range of 200-600nm after being subjected to grinding, polishing and microlite heat treatment. According to the ultraviolet cut high aluminosilicate crystallized glass disclosed by the invention, the heat exchange efficiency of xenon lamps can be reduced to 50% or above, and the heat distortion of neodymium glass under the condition of pumping for the xenon lamps can be reduced by 60% or above, so that the repetition work frequency of neodymium glass lasers is further improved, and the ultraviolet cut high aluminosilicate crystallized glass is hopeful for being used in hectowatt high-frequency neodymium laser systems.