Machining Steel is the use of CNC machining out,and the machining services including drilling, boring, cutting,meatl bending/metal bending, machining Steel Product material: carbon steel, 20#, 45#, A3, Q235,35Cr2MnMo and other series. In the high-speed machining out of the workpiece has a good finish. But machining Steel of the workpiece is easy to rust, so it will do heat treatment, surface nickel plating, chromium plating, surface black heat treatment, etc.. We have a special inspection department to carry out inspection, ensure the material aging hardness and each size to meet the requirements of the drawings, including the machining steel parts application in various industries: automotive, marine, communications, medical equipment, industrial automation equipment.Except them,we supply the sheet metal operations. Machining Steel, CNC Machining Steel, Machining Steel Parts, Metal Machining Hong Kong RYH CO., LTD , https://www.bldcncmachining.com
Agglomeration aerospace industry chain strength to explore precision manufacturing intelligent solutions
In response to the rapid development of the aerospace industry, its leading companies in R&D and manufacturing are facing the most stringent challenges. Taking the CNC Technology Sub-center of Aerospace Science and Technology Third Academy as an example, as the supporting research mechanism for the NC process of the Three Institutes, it is in the processing of difficult-to-machine materials, complex thin-walled structural parts processing technology, digital workshop management, flexible clamping technology, high-speed machining technology. , CNC simulation technology, post-processing technology, 3D process technology, special processing technology and other fields are carrying out a series of process research and process research, to solve bottleneck problems for product development. Especially with the conversion of special-shaped complex structures, the use of more titanium alloys, high-temperature alloys and high-temperature resistant composite materials, the thickness of the wall is thinner and lighter, which not only has higher requirements on processing efficiency and precision, but also on advanced manufacturing modes. The transformation also has more urgent needs.
Â
     At present, the hot discussion to solve this series of challenges and problems lies in the establishment of an intelligent manufacturing integration system that adapts to the multi-variety and small-volume characteristics of aerospace products and designs and manufactures synergies. In this context, the National Defense Technology Industry Difficult-to-Process Materials Processing Technology Application Research Center and Hui Zide Marketing Planning (Beijing) Co., Ltd. cooperated with the Aerospace Third Institute, the First Aerospace Institute, the Space Academy and its subordinate units in June 2016. On the 3rd, the “Aerospace Precision Manufacturing Total Solution Seminar†was successfully held in Beijing.
Â
     In this seminar, Professor Li Liang of Nanjing Aerospace University presided over the exchange and gave a keynote speech on the hot topic of the aerospace industry, “Progress in High-Performance Cutting Technology for Difficult-to-Process Materialsâ€. Next, Mr. Qi Bingqiang, Managing Director of GF Processing Solutions Northern Region, and Ma Yulong, Zou Shi, Bai Xiangzhong, Yang Jun and other experts jointly introduced GF processing solutions.
Â
     The total solution for precision manufacturing in the aerospace industry, including the application of various technologies such as 3R/Liechti/high-speed machining/five-axis EDM/punch machine; the director of Kenner Metals, from the performance of processed materials to the choice of processing technology, Covering aerospace machining from roughing to automatic deburring, it demonstrates how Kenner Metals uses the best solutions to achieve the lowest cost per piece and maximum productivity; Dalcon's Director of Wan Wanlu shows the future of manufacturing And demonstrate how Dalcon's products help the aerospace industry achieve adaptive processing and make up for the mechanical deficiencies of processing equipment.
Â
     After the speech, the experts of each company gave detailed answers to the questions raised by the audience on the spot. In addition to the heated discussions at the venue, nearly 70 people from production, process, management, operations and other functional departments also interacted frequently in subsequent factory visits and actual machine tool demonstrations. In the face of such comprehensive and in-depth exchanges, the participants have given a very high evaluation, as the deputy director of a factory of the Third Institute of Aerospace said: “This seminar allowed us to concentrate on the current leading processing products and processing. The process has opened up the horizon. I hope that such in-depth exchanges can continue."