July 11, Huaxia valve Forging heat manufacturing department received four large tee Tasks for. Although these tees are forged heat treatment It is not difficult, but due to the tight time, the raw materials of each tee joint weigh more than 1 ton, so the forging and thermal manufacturing department has encountered great difficulties in machining. After purchasing the steel anchorage from Chengdu door The forging heat treatment was carried out immediately, and then the machine was processed. At the same time, the inspection of raw materials was also carried out simultaneously. Under the guidance and leadership of technician Yang Yonggui, the workers carried forward the spirit of continuous fighting, took advantage of the existing conditions of the workshop, completed the machining of the first tee joint on time and with good quality, and successfully delivered the goods within the time specified in the contract. On the 25th, the machining of the second tee was completed on schedule.  

Chen Jie, the assistant director of the forging and heating manufacturing department, told the author that in the past, when departments received tasks, they had sufficient time to prepare materials. Now, tasks come at a short time, and there is no more time to prepare. The new characteristics of market changes require that we must optimize the process and start work in advance. If we still follow the original steps, make plans after getting the contract, and act after the inspection results of raw materials come out, we will not be able to deliver on time. The forging heat manufacturing department has completed the procurement, forging, heat treatment, machining, raw material inspection, flaw detection, etc. of two large tee joints in a very short period of time, and machined a single ton of raw materials for the first time, which not only reflects the department's characteristics of adapting to new changes in the market and fighting hard, but also reflects the process of establishing a rapid response system, * * rate brought by process optimization and work mode improvement.