crushing machines, grinding machines, sieves and classifiers for soil and stone or minerals
Figure 1: Impact of factory vibrations on the local environment
INC Strengths
INC well understands the structure and workings of equipment, machinery and tools the vibration attenuation measures are targeting
INC can clarify the reason for the vibration with measuring and analytical methods, such as vibration measurement, test mode analysis, and finite element simulation
INC can integrate vibration attenuation measures into equipment fabrication or installation
INC adopts the latest vibration damping and anti-vibration technology
Flow of Vibration Consulting Process
With its rich knowledge and experiences working with equipment and machinery, INC proposes well thought out, optimal measures for many different issues, both in terms of performance and cost. INC also handles special test equipment not available on the general market thanks to our experience in aerospace operations.
Profile of INC Technologies
Finite element method (FEM)
FEM is a method of analyzing various objectives like vibration, acoustics, fluids and heat by computer modelling actual structures. INC utilizes this technique in various fields to determine a problem or phenomena, as well as in mechanical and acoustic design.
Figure 2: Example FEM application
Experimental mode analysis
The specific frequency of equipment which makes vibration likely and its direction, or specific vibration mode, can be ascertained through experimental mode analysis of data on vibration characteristics of the actual equipment, obtained through vibration testing with an impulse hammer or vibration exciter. This method reveals the part prone to vibration at the specific frequency so that a course toward treating the vibration can be set.
(a) Vibration in X-axis (60Hz)(b) Vibration in Y-axis (80Hz)
Figure 3: Example of experiment mode analysis
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For an estimate or to order your own vibration attenuation, please contact us:
