How to make good products in hardware stamping processing
We all know that press processing is an operation method that uses stamping equipment and stamping dies to deform or separate the materials to be processed through pressure, and finally make the desired part shape. Then, on the premise of ensuring that the surface of the material is not damaged during stamping, we must also ensure that we can achieve beautiful and smooth results; secondly, to improve production efficiency, which requires us to use high-speed punching machines to produce hundreds or even 1,000 parts per minute during stamping. The above; the high precision of the parts must also be guaranteed; we will reduce the utilization rate of materials and save materials; the final stamping will not be heated, which can save a lot of energy;
If it is a large-scale hardware processing, stamping processing is more suitable. We have technicians with many years of practical experience, focusing on the processing of hardware non-standard custom parts for ten years, and have been deeply involved in the hardware processing industry for many years. Do the job well.
Balford has passed ISO9001 in 2017. We have over ten years experience on manufacturing motor housing, solenoid valve housing and sensor housing, focused on auto parts.Now Balford enter into solenoid valve housings and sensor housings industry that are mainly based on difficult deep drawing process .
We employ documented procedures for every step in the manufacturing process from initial program launch through steady-state production in order to ensure consistent performance. We engineer our processes to produce the desired results, monitor those results, and use what we learn to regularly refine our processes as part of our commitment to continuous process and efficiency improvement.
Many of our customers have been with us for 5-8 years or more. Year after year, they experience zero late deliveries and zero returns.
And in the process of precision machining, the thickness of the thin layer after surface treatment should be considered. The heat treatment is to improve the cutting performance of the metal, so it needs to be carried out before machining. Several requirements, the following will introduce the process characteristics of CNC lathe precision parts processing. There are many reasons for the high early failure rate, such as design defects, manufacturing and installation errors, hardware parts processing operation and use errors, etc., and in the processing In the open-loop system, the position accuracy is greatly affected, while in the closed-loop servo system, it mainly depends on the accuracy of the displacement detection device and the speed amplification factor of the system. Generally, the influence is not large, and the machining accuracy error caused by the geometric error in CNC lathe processing; such as the levelness of the bed worktable, the levelness and straightness of the lathe guide rail, the geometric accuracy of the lathe tool and the fixture, etc.
The non-moving part of the engraving and milling machine has good rigidity, and the moving part is less rigid than the CNC machining center due to the more flexible requirements of the engraving and milling machine. The spindle speed is the CNC machining center or the engraving and milling machine. The processing range of milling machines is different. Processing equipment: general lathes, automatic lathes, CNC lathes, CNC milling machines, CNC turning and milling compound machines – heart rate-, grinding machines, computer gongs – machining centers-, tapping machines, punching machines and other supporting facilities Processing Equipment.
Precision parts processing manufacturers, design capabilities, precision parts processing must meet customer needs and put forward design suggestions, so that customers’ products are easier to process and have stable quality. We mainly design, manufacture and process various types of precision parts. Partners support a wide range of design and manufacturing. For this reason, we do not own measuring equipment and testing precision fixtures, but also have a standardized test process management system, and have been committed to providing high-quality precision components.
The company focuses on high-precision machinery manufacturing and processing, supplemented by integrated output, and provides customers with high-quality and fast integrated output services. It is a high-quality supplier of core mechanical components in semiconductor, thermal imaging, aerospace, ground-air communication, thermal technology, sports medicine, beauty equipment, food machinery, precision instruments, dock machinery and other industries at home and abroad. It is one of the regional suppliers of some global subsidiaries of General Electric (GE), McDonald’s and Starbucks.