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锻锤运行时会产生很大的振动，对周围的人和物造成很大的危害和影响，对其危害的控制行之有效的方法是隔振。在锻锤隔振的计算方法上根据考虑的自由度及阻尼因素的不同，可有三种计算方法，有的方法简单但精度差一些，但经过修正后也可供一般工程人员应用；有的方法计算繁复但比较准确。在隔振方法上主要分为两类，一类是采用大质量块方法， 一类是砧下直接隔振。这两种方法各有优缺点， 后者是近些年来研究的新技术，其特点为投资小，简单易行，使已运行的锻锤改造成为可能。在锻锤隔振中需要弹性元件与阻尼元件，目前可选用的有大载荷阻尼弹簧隔振器、板簧和橡胶隔振器等，以第一种元件效果最好。近些年来，我们认识到锻锤隔振还能直接或间接创造较大的经济效益。
Forging hammer operation will have a lot of vibration, the people and things around the great harm and impact, the effective control of its hazards is vibration isolation. There are three calculation methods based on the degrees of freedom and damping factors considered in the calculation method of forging vibration isolation. Some methods are simple but the precision is poor, but they are also applicable to general engineering personnel after being corrected. Some methods Complex calculation but more accurate. In the vibration isolation method is divided into two categories, one is the use of large block method, one is under the anvil directly vibration isolation. Each of these two methods has its advantages and disadvantages, the latter being a new technique that has been studied in recent years. It is characterized by small investment and simple operation, making it possible to rehabilitate forged hammers already in operation. In the forging vibration isolation spring and damping elements are required, currently available with a large load damping spring isolators, leaf springs and rubber vibration isolators, the first element of the best. In recent years, we have realized that forging hammer vibration isolation can directly or indirectly create greater economic benefits.