We are excited to announce that our team has moved to a new location. From 9 January 2019 onward, the address below will be used in all our communication and corresponding activities. Machinosis Co., Ltd. 85/14 Moo 3 Phla Banchang, Rayong 21130 THAILAND T +66 (0) 814291748 E contact@machinosis.com W www.machinosis.com This will enable us to better serve our customers as new office is fully equipped with customer training facility, lab/workstation for instrument test & calibra

High vibration was observed at pipes installed inside the furnace in a refinery and this results in a concern of fatigue failure. This can cause plant unplanned shutdown, hence, production lost. Customer would like to do fatigue failure assessment based on vibration data (frequency and amplitude) inputted. Measuring such pipe vibration with conventional contact vibration sensor/method is impossible due to its extreme operating condition. How is about non-contact vibration mea

When we do machinery problem troubleshooting, we want to focus on finding the root causes and then recommendation to fix or rectify it without worry about using tool and collecting the data. Vibration analyzer plays a major role to this as we need a tool which can give us all data we need both quantity and quality presenting in various types of plots (transient and steady state) and yet easy to use. Then, we can complete our mission smoothly and successfully. Machinosis alway

One of the reasons we invested in Iris M Motion Amplification (MA) camera is for piping including its associated structures and tower/stripper vibration measurement and analysis. Conventional vibration measurement might not be accessible or feasible in many cases due to height and extreme temperature, for example, piping vibration analysis of amine pipe (prone to slug flow) and its stripper, fluid catalytic cracking (FCC) tower, high temperature steam pipe, etc. In many cases

This is another technique required for machinery diagnostician to solve structural vibration problems which can result in excessive vibration amplitude of machine skid, foundation/support, piping and associated structures, etc. it can be due to resonant vibration problem and/or weak stiffness structure due to insufficient support, crack, and/or looseness. I have been looking for this course for many years but I could not find the practical one until I have created my own cour

We started inducing and demonstrating motion amplification (MA) to our customers in the region with many good feedbacks and comments so far. This is very effective complementary tool to conventional vibration measurement and analysis which can be applied to almost every applications in many industries. However, we first initially focus on machinery, structure, and piping vibration analysis mainly in oil & gas and power generation industries. It helps us to see vibration probl

From our experience piping vibration problem is increasing demand for analysis and field troubleshooting which can be due to increasing productivity (power density, flow rate, etc.), reducing manufacturing cost (thin wall pipe is used), and/or dynamic behaviors are not considered during design phase as it is not specified in the design code. Vibration induced fatigue failures of pipework are a major concern due to the followings. Safety (hazardous and flammable) Downtime and

Cooling oil pipe of 700 MW transformer revealed excessive vibration amplitude measured at cooling oil pump at more than 200 microns, pp but acceptable level suggested from manufacturer is below 100 microns, pp. This can lead to pipe fatigue failure and crack, hence, unexpected plant shutdown and production lost. Modal impact test results showed resonance problem where cooling oil pump and fan running speed at 950 rpm is coincident with first natural frequency of pipework at a