本发明涉及一种连铸热芯轧制系统及方法，属于金属材料轧制领域，本发明连铸热芯轧制系统包括：连铸生产线、热芯轧制生产线和连铸传输线，连铸生产线分别与热芯轧制生产线、连铸传输线连接，其中，连铸生产线的末端设置有测温反馈装置，测温反馈装置用于测量连铸生产线中的经过定尺切割工序后的铸坯的表面温度和芯部温度，测温反馈装置连接一筛选系统，筛选系统依据测量的表面温度和芯部温度，确定定尺切割工序后的铸坯进入热芯轧制生产线或连铸传输线，筛选系统借助于推钢机构连接所述热芯轧制生产线和连铸传输线的起始端，本系统能更好的有效利用连铸过程产生的余热，同时生产出来的质量合格的铸坯。

The invention relates to a continuous casting hot core rolling system and method, belonging to the field of metal material rolling. The continuous casting hot core rolling system of the invention comprises a continuous casting production line, a hot core rolling production line and a continuous casting transmission line. The continuous casting production line is respectively connected with the hot core rolling production line and the continuous casting transmission line, wherein the end of the continuous casting production line is provided with a temperature measurement feedback device, The temperature measurement feedback device is used to measure the surface temperature and core temperature of the slab after the fixed length cutting process in the continuous casting production line. The temperature measurement feedback device is connected with a screening system. The screening system determines that the slab after the fixed length cutting process enters the hot core rolling production line or continuous casting transmission line according to the measured surface temperature and core temperature, The screening system connects the hot core rolling production line and the starting end of the continuous casting transmission line with the help of the steel pushing mechanism. The system can make better and effective use of the waste heat generated in the continuous casting process and produce qualified billets at the same time.