Large displacement systems are what facilitate shock testing involving high velocity and large displacements.
This helps in analyzing the effect of transportation on the products durability. No manufacturer wants his or her company to come up with a sophisticated product after years of research, only to find out that the product did not survive shipping to the end user.
These systems are also used in vehicles to enable minute measurements and operations when in motion.
Robotics is one of its prime applications where these shock tests are used while developing robots that move. It is imperative to ensure that the stability of inner parts is maintained even if the robot is one that moves. Any loose ends must be taken care of so that the robot can function in the real world.
Hence, shock tests are employed. A shock test is performed to determine how fragile a product is and how efficient it’s packaging. Basically, it answers the questions: How is the product going to endure in a real world scenario? What is the effect of accidents or blows from other objects? Will it survive a fall from a given height?
Often, with the transfer of energy in a shock, there is a corresponding displacement. For larger components, the displacement is also larger.
There are various systems for electrodynamic vibration testing. However, the j-series is currently the system that provides a high functionality and efficiently accommodates greater velocities with larger displacements.
To ensure that your large displacement systems do not impact the other equipments in your lab, we need to provide suitable anti-vibration techniques that are applicable in the concerned labs. Our expert panels can advise you on the same and provide for the anti-vibration platforms and equipment necessary in your lab.
We realize that each lab or studio has unique needs and so we can help you by coming up with anti-vibration techniques specifically suited to your home or work environment. We at www.antivibrationtable.com offer you a customized solution to your problem.
To know more about anti-vibration techniques suitable for you contact us now through our web page or give us a ring at +91 9393728474.