To ensure the normal work load of construction machinery working load of the size and nature of the mechanical loss process has a significant impact. In general, increasing the proportion of the wear parts with the load increases. When the parts to withstand the load is higher than the average design load, the wear will increase. In addition, other conditions being the same harness stripping machine, stability under load than the dynamic load wear smaller mechanical strippers, wire strippers less failure rates, low life expectancy. Tests showed that the engine operate at relatively unstable load and stable work load, the cylinder wear will increase by 2 times. Under normal work load of the engine, its failure rate is low, and life expectancy. Instead, overloaded engine, the failure rate increased significantly, life will be less than in the design specifications. Often in a wide range of load variation of the mechanical wear is greater than the mechanical stability of the continuous. Wire and cable processing industry is second only to China's second largest industry, the automotive industry, product variety to meet the rate and the domestic market share of over 90%. Worldwide, total output value of China's wire and cable over the United States to become the world's largest wire and cable producer. Along with China's rapid development of wire and cable processing industry, the number of new business rising, the industry overall technological level has been greatly improved. The whole wiring harness processing equipment industry pushed the cusp of wire and cable processing industry has also brought new opportunities and challenges. Stripping Machine Code _ _ harness mechanical stripping machine frame by frame Machinery Co., Ltd., Dongguan City Code. Stripping Machine Code _ _ harness stripping machine frame machine Dongguan City Code Zhen Machinery Co., Ltd. (www.daumak.com) this year introduced a new upgrade, the above picture is for reference only, please call the contact picture on this page or telephone obtain the latest information, contact: S. Huang