When we talk about installing industrial machinery, the process is very complex and it involves more than just adding equipment on the factory floor. Instead, you need to focus on precision placement, with adequate leveling and alignment. It’s critical to make sure that the machine is operating safely, effectively and within the right tolerances.
Why precise placement matters during machinery installation?
Most industrial machines are designed with a tight tolerance in mind. That means small deviations will affect the way the components work and how they interact. If the machine is installed properly, then all moving parts will operate very smoothly, and loads will get distributed evenly. On top of that, you get to maintain a higher production accuracy.
But what happens if you don’t use Millwrighting /Equipment Installation services? That becomes an issue, because there will be a misalignment of internal components, you will have a higher degree of friction, and the efficiency will be reduced in more ways than expected. So yes, adequate installation will have an impact on the machine performance and the overall lifespan that it has.
How leveling and alignment affect machine accuracy?
Leveling ensures that the machines is sitting perfectly horizontal. Since these industrial machines rely on adequate placement, that does have a massive impact when it comes to how accurate they are. Alignment, on the other hand, ensures that the components are positioned correctly when relative to one another.
If you don’t level the machines, gravity will add extra stress, the components will end up with uneven wear, and the amount of accuracy that you get will decrease exponentially. In case the alignment is off, then the moving parts will not track correctly, the tolerances are exceeded, and you will have defects in the production increase. What happens is that even a fraction of a millimeter will be affecting the output, and that’s certainly a thing you have to consider.
Why CNC machines, presses, and injection molding machines are sensitive to poor alignment?
Certain machines are sensitive to bad alignment because they are very complex. Any misalignment will cause problems. For CNC machines, that means inaccurate cuts, unwanted tool wear and rejected parts. On the other hand, presses generate a lot of force, so bad alignment will lead to safety risks, structural stress, along with an uneven force distribution.
In the case of any injection molding machines, they are depending on precision. If you have errors, those can be very problematic. They can lead to defective products, warping, flashing and inconsistent cycles. Clearly, presses, CNC machines and injection molding machines, all need tight alignment tolerances if you want them to function at the desired level.
Laser leveling, shimming, and final positioning methods
Laser leveling
The upside that comes from using laser leveling systems is that they are offering very accurate measurements for flatness, alignment and straightness. It’s more precise when compared to traditional, manual leveling, however it requires the use of a laser system.
Shimming
Shimming is more of a budget option. Here, you are adding thin materials right under the equipment, so you can get the best possible alignment. The upside is great, because you can adjust height, and you can easily correct any uneven surfaces, not to mention you can easily fine tune the equipment as well. Adequate shimming can be good if you want to find the best long-term position for your equipment.
Final positioning
After the initial placement, you re-check the alignment, secure the anchor bolds and make all the necessary adjustments. It’s a very important part of the process, because you are locking the machine into the right position. Combining these techniques with professional Machinery Moving services is great, because you can ensure both safe transport, but also a professional installation.
How improper placement can lead to vibration, wear, and long-term performance issues?
Are there consequences that can appear from inadequate placement? Absolutely, if you don’t install these industrial machines properly, you can encounter a large number of issues, all of which can become very challenging to deal with.
- Vibration is caused by misalignment, and it can be extremely problematic. For example, it will reduce the stability of your machine, and it can also loosen fasteners a lot quicker than expected. Moreover, it will damage components as well.
- If you have improper placement, that can lead to accelerated wear as well. You can encounter higher costs, frequent maintenance requirements, not to mention components will degrade faster.
- Reduced performance is another, expected consequence of bad installations. For example, your machine will lose accuracy and that means it will lead to various defects more often than not. It can also have ineffective operations, something that can end up being extremely problematic later on.
- You can also expect other issues, such as downtime and failures. What this means is over time, small issues can bring more complex ones. So, you can expect unplanned downtime, lower productivity levels, not to mention costly repairs.
You can also check our blog post How Production Bottlenecks Happen After a Machinery Move — and How Proper Alignment Prevents Them, as it gives you a great idea of how simple issues can lead to major production bottleneck s and other similar problems. A lot of production issues originate not from the machine itself, but from a bad installation. That’s the reason why you can never be too careful when it comes to installing the machine properly and testing everything related to it.
Why post-install verification matters before production starts?
If you want to avoid any issues after the installation process is complete, the best approach is to try and focus on performing a proper verification. This will include checking the alignment tolerances, confirming the level accuracy and also testing the machine operation. Even if these can be tedious tasks, they are necessary.
Their role is to make sure that everything meets the specification offered by the manufacturer. If there are any problems here, then you will need to make proper changes, which will end up taking quite a bit of time and resources from your side. Plus, verification is mandatory because you can identify issues before the production starts. It might not seem like much at first, but knowing what’s wrong before you’re even getting started, that alone can be extremely helpful.
Maybe the most important part of verifying every system after moving and installing it is that you can prevent costly corrections. As you can imagine, rectifying even small mistakes can end up costing a fortune. For example, if a small component ended up getting broken during installation or while moving the machine, replacing that might cost hundreds or thousands of dollars. That’s why you always want to verify everything before you go into production.
Conclusion
You always want to invest in a professional installation system after moving your heavy equipment to a new location. It’s clear that professionals will allow you to reduce downtime, extend the lifespan of your equipment, and it will also maintain a high production quality. However, a lack of alignment or any other similar problems can lead to very costly repairs and adjustments down the line, especially as the equipment enters production. That’s why you can never be too careful with something like this, so we highly recommend getting the best equipment installation services to ensure durability, stability and no issues.
