Mohamad Azim Mohd Sanusi’s Post

Shaft alignment is a critical step in marine engineering, especially during the commissioning phase of new equipment as misalignment can cause uneven distribution of loads and stresses on the coupling, leading to premature wear, increased vibration,bent shafts and ultimately, failure of the coupling components. It’s not just about cost savings; it’s about the safety and efficiency of the vessel. Let’s give shaft alignment the attention and importance it deserves to ensure the longevity and optimal performance of our marine vessels.

Ensuring proper shaft alignment is crucial for smooth operations and optimal performance in machinery. Misaligned shafts can lead to increased wear and tear, reduced efficiency, and costly downtime. Investing in precision alignment techniques and tools helps minimize these risks and prolong equipment lifespan. #ShaftAlignment #MachineryMaintenance #optimalperformance

Ensuring proper shaft alignment is crucial for smooth operations and optimal performance in machinery. Misaligned shafts can lead to increased wear and tear, reduced efficiency, and costly downtime. Investing in precision alignment techniques and tools helps minimize these risks and prolong equipment lifespan. #ShaftAlignment #MachineryMaintenance #optimalperformance

Manual Shaft alignment

This post helps you understand the basics of Shaft alignment, the importance of alignment, types of Shaft alignments, how to perform it, and how to use the required tools for shaft alignment. At the end, there's an exercise available to polish your basic concepts.

So many decision makers have no respect for alignment of rotating equipment.

Learn how to bench an excavator for precise 2D Machine Control using either the bucket or a laser. When excavator operators use Machine Control in 2D mode, maintaining the correct height reference is crucial for proper alignment. This is where the technique of benching the excavator comes into play. In this video, we will quickly explain two methods to achieve this. The reference height from the existing surface can be transferred to the Machine Control system either by using the bucket or by utilizing a laser and the laser catcher mounted on the excavator's stick. (Leica Geosystems Machine Control Academy project ID 152XA-08) https://lnkd.in/dhB572k6 Available in multiple languages.

🔍 Achieving Precision in Polishing Technology For those looking to achieve the ultimate in geometry control and consistency, precision is key! 🌟 Our innovative approach doesn't just rely on tight machining tolerances and standard fixture assembly. Instead, we elevate the process with our patented active alignment techniques. Here’s how it works: Gold Reference Standard: We load a gold reference standard into the fixture. This is crucial for setting the benchmark. Interferometer Alignment: Positioning the fixture above an interferometer allows us to monitor the fringe pattern in real time. 📏 Precise Adjustments: By adjusting the fixture while observing the fringe patterns, we align the sample surface perfectly with the interferometric plane. Locking in Precision: Once aligned, we set the fixture in this precise position, ensuring maximum accuracy. This method ensures that any fixture machining tolerances accumulated during equipment assembly are negated, providing you with a perfectly aligned sample every time. 🛠️💎 👉 Swipe left to see the difference our precision alignment makes! #Photonics #PrecisionPolishing #TechInnovation #EngineeringExcellence

Have you ever wondered how to measure a ball bearing? 🛠️🔍 In our latest video, we show you the step-by-step process to get precise measurements for your ball bearings. 👉 Watch the full video and become a ball-bearing measurement pro today! 📲 https://ow.ly/zMeX50RI9Q0 Don't forget to like, share, and subscribe for more useful tips and tricks! 👍🔔 #BallBearings #DIY #HowTo #MeasureItRight #TuliShop #Engineering #TechTips