If your business uses rotating machinery as part of your operations, you need to be aware of vibration. Excessive vibrations can cause high levels of noise, as well as significantly reducing the life of the bearings and other components if the problem is left for too long. Therefore, it’s important to take action to remove the causes of vibration, leaving the machinery operating as smoothly and quietly as possible. The ideal result is unobtainable, as there will always be slight vibration remaining. In these cases, you need to reduce the imbalance to a level that will not have an effect on bearing life and also reduce noise levels to an acceptable level. This process is called dynamic balancing, and aims to fix the problems caused by displacement of the mass centre line from the true axis as a result of mass eccentricity.

Balancing is the addition or removal of weight to the unit that allows the mass centre line to move closer to the true axis. The simplest form of balancing is static and involves placing the unit onto low friction bearings. Once this is done, it is allowed to rotate and fall into place with the heaviest point at the bottom. Following this, material is removed and the unit is gently rotated again until the newly allocated heavy point falls into position. This process is repeated until there are no obvious heavy points remaining. A more advanced method of balancing is mounting a unit onto a specialised balancing machine, connecting bearings to sensors that detect the heavy point whilst being rotated. This method increases sensitivity, providing a more accurate balance.

Vibrations can have a large effect on your machinery and vehicles, which emphasises the importance of regular balancing. Without it, you may find that you spend thousands of pounds repairing your machinery that you would have avoided with balancing. We been specialising in dynamic balancing and vibration analysis for many years, delivering service for clients in all industries. We can help you to make your equipment as vibration free as possible.

With any moving part in a machine, from rotors to steering wheels, there is always some level of vibration due to the movement and difficulty getting the balance perfect. As parts hit higher speeds the vibrations can worsen substantially and increase the wear on parts. In vehicles this is a big problem because it can lead to safety concerns and discomfort for the driver too.

Steering wheel vibrations are the most common kind that people will experience. These can be caused by many different things. If you notice the vibration more when you brake it is likely to be an issue with the brake discs or drums. Over time with use they can become warped and are no longer perfectly round, resulting in vibrations. To resolve the problem parts can be machined or replaced.

If your steering vibrates all the time it is typically caused by tyre or balance problems. When it happens at low speeds it is a clear indication there is a problem with the tyre. This could be because of a belt warping the shape or a change as a result of a collision. At higher speeds if you get vibrations it is due to the balance. Replacing tyres is a simple solution to the first problem. For the second you need to rotate wheels or have them professionally balanced.

Many people claim that loose suspension is responsible for vibrations but on its own it is very rare that it actually causes them. A loose part will exacerbate the situation but it is not the cause of the problem because it is not a rotating part. You can inspect the suspension to be sure but it shouldn’t be at the top of your list of potential causes.

Vehicles can experience vibrations when they are idling as well as moving. When you encounter this you should check the performance of the engine first before you look at anything else. If you still have the problem after you ensure the engine is running smoothly it is likely an issue with the mounts. Replacing them can be tricky but it is a solution.

Driveline vibrations are amongst the trickiest to diagnose. With an automatic transmission your first step should be to check the fluid levels and make sure there are no leaks. With manual transmission you need to check the operation and condition of the clutch. If you still experience vibrations with either type of vehicle it could be a problem with the CV joints. Unfortunately correcting this will usually require you replace the whole axle.

If you’re worried about vibrations in vehicles you may want to consider getting it checked by professionals. At Vibration Free we specialise in dynamic balancing and can offer a range of solutions to suit all kinds of vehicles. We have worked with countless motorsports teams and delivered bespoke services that help them maximise the safety and performance of their cars. Contact us to learn more about the dynamic balancing services we can offer to you.

The machinery used in all areas of industry needs to be maintained. When machinery is used regularly, it inevitably becomes vulnerable to wear and tear, and it is imperative that it is kept in peak condition to ensure safe and optimal performance. When vibration in your machinery becomes excessive, it can have detrimental effects. This usually involves problems with the balancing and the efficiency and typically leads to expensive repairs. Continue reading →

When manufacturing in bulk, accuracy is very important because even a small inconsistency can cause big problems. Machines all need to be set properly and must be functioning accurately to ensure each product is made to the right dimensions. As part of this, each piece of rotary equipment needs to be inspected and balanced when necessary. This will ensure it rotates properly and produces accurate products.

Dynamic balancing should be an important part of the maintenance of your machinery because it will protect accuracy and reduce wear on parts. With rotating equipment there is always a slight vibration because it is very difficult to get parts properly balanced to the true centre of mass. In most cases the vibrations don’t cause problems, but when they get beyond a certain point they will cause components to grind together, resulting in wear and inaccuracy. This means you’ll need to replace parts more frequently and results in more downtime for the device.

Machinery used to make products in bulk needs to be checked frequently and balanced whenever there is a problem. The frequency of usage means that there is higher potential for issues to develop. Your maintenance needs to reflect this risk and ensure equipment is properly inspected.

Dynamic balancing is the process of getting rotary parts as close to the centre of mass as possible. There are several ways to do this, including adding or removing weight or machining components. The process takes a great deal of care and weights need to be added or removed slowly to ensure the balance is accurate.

If you are worried about the balance of any type of rotary machinery, whether it is a machine for manufacturing or a vehicle it is best to get professional advice. Working on machinery takes experience and you need to be careful not to inadvertently damage the equipment in the process. The best option is to have a specialist do the job for you. We are a leading expert in the field and work with clients all around the world. When you need help we are the perfect provider for you.

Motor racing is undoubtedly a thrilling sport. It requires an immense amount of skill from drivers and teams of engineers to ensure the vehicles offer optimum performance. When vehicular issues occur, it can have substantial effects on the outcome of a race and also present potential danger to the drivers. Vehicles are complex systems, and they require skilled maintenance throughout races. However, one essential aspect of vehicular safety before the cars even venture onto the track is wheel alignment.

Cars are vulnerable to the effects of wheel vibration. When vibration occurs, it can dramatically affect tyre performance and reduce lifespan. There are many signs that indicate a need for wheel alignment, including failure of the steering wheel to return after turning along with remaining at an angle when driving the car in a straight line. Vibration can also have a negative impact on the car’s suspension in the long term. When steering becomes affected, it is crucial to rectify the imbalance as soon as possible.

Incorrect wheel alignment can also be determined by the condition of tyres. The inner or outer layer will appear feathered and worn, indicating that the alignment has been disturbed. If tyres are permitted to deteriorate, they become unsafe, and you will also have the expense of frequent replacement. By implementing timely and efficient balancing you can avoid unnecessary costs and risk. The value of maintaining the condition of motor racing cars can never be exaggerated, and we offer dynamic balancing to help you achieve this.

We are renowned throughout the industry and we work extensively with various areas of the motorsports sector. We strive to help all our clients with the reduction of vibration and unwanted noise in their vehicles and machinery. Our priorities are always the improvement of each vehicle and the enhancement of safety, accuracy and reliability. We set high standards for ourselves and we commit ourselves to offering cost-efficient services with no compromise on quality. Our dynamic balancing services are regularly used by a varied range of industries and clients, so call our team and discover how you can benefit from our full range of services.

Rotors are used in a wide number of different devices, including industrial machinery and vehicles. They are designed to be properly balanced and revolve around a perfect mass centre axis, but this can be difficult to achieve. There are several reasons why this is so including the number and location of bolts, the fitting or parts and bearings. As a result the rotor will revolve around a different centre of mass and produce vibrations. These can then cause wear to bearings and casings, reducing the lifespan of the part. The vibrations and wear will also create noise.

To understand how to improve balancing and reduce vibrations, you need to know the two different types of rotor and three types of unbalancing. Rotors are either rigid or flexible. The first type is designed to be sturdy and not change at various rotational speeds. The second are more versatile meaning the centre mass of the part will change at speeds.

The three types of unbalance are static, couple and dynamic. Static means that the mass axis is only displaced in one place, parallel to the shaft axis. Couple unbalancing occurs when the mass and running axes intersect. The final type of unbalance is the most complex because it is a combination of the first two types. It occurs when the mass and rotational axes don’t coincide.

Rotors need to be properly balanced to dampen vibrations and improve their longevity. This process is called dynamic balancing and is done by adding or removing weight to different sides of the part to bring perfect mass and operating centres closer together. Static balancing is done by adding weight to one plane. The other two types of unbalance need to be fixed in two planes.

Rigid rotors are the easiest to balance because they don’t change. All you need to do is rotate the part slowly to produce a centrifugal force and reveal the extent of the problem. You can then add or remove weight to correct it. Flexible rotors are a little trickier to work with. You’ll need to work in stages, starting off with a slow rotation and a balance before gradually increasing the speed and balancing again whenever necessary.

Dynamic balancing takes care and precision to get right, particularly when working with high speed components. It is best to call on an experienced professional to do the job for you, especially if the component is going to need adapting. The last thing you want to do is try adding or removing weight yourself because you could make the device more dangerous. we specialise in dynamic balancing and can provide all the assistance you need – just get in touch to find out more.

Dynamic balancing is used to resolve alignment issues in machinery and get rid of excessive vibrations that will reduce the lifespan of the equipment. The process can be complex depending on the context, but it is important to balance machines if you want to maintain accuracy and keep wear within acceptable parameters. The first thing to do is examine each device individually to determine the cause of the misalignment and the degree of the issue. You can then set about resolving the problem by adding or removing weight as required.

Misaligned devices are usually easy to find because they will make a lot more noise than usual as parts grind together. Alongside the sound you may also find that equipment is starting to get hot much quicker because of the friction caused as a result. With machines used for manufacturing you may notice a drop in the accuracy of products as a result of the misalignment and vibrations.

Machinery thought to be poorly balanced should be turned down while it is diagnosed to find the source of the problem and correct it. This will result in downtime but it is more important that you do so to avoid putting the device and the safety of users at risk. The length of time you are without the machinery while it is tested and aligned will be much less than what you’d experience by having to have it repaired when it breaks. The cost will also be lower because you will save on parts.

All types of machinery can be balanced whether it is large scale lathes or sports cars. We work with clients from a variety of sectors based all around the world, offering a full range of analysis and dynamic balancing services. If you’re worried about the condition and safety of mechanical equipment you can call on us any time for help and support. With over 25 years of experience, we are a company you can rely on. We look very carefully at every mechanical item we are asked to examines to make sure it is safe to use and as close to perfectly balanced as possible.

Moving mechanical parts naturally vibrate slightly as a result of the motion. Over time the vibrations will cause wear, and you’ll be faced with needing to replace components. If parts become misaligned the vibrating can get much worse and cause excessive noise, heat and wear. This means you’ll be faced with more downtime for equipment as parts will need to be changed more frequently. You may also reduce the long term life of the device in question if you leave the vibrations untreated.

With vehicles you need to be even more careful when managing the alignment of mechanical parts and the amount they vibrate. This is even more important with sports cars that can travel at very high speeds because the vibration will increase as the vehicle travels faster. With time it increases the risk of mechanical failures which in turn boosts the potential for a serious accident.

Detecting excessive vibrations, finding the cause of the fault and resolving it can be difficult with vehicles because there are a number of moving parts. To diagnose the vehicle effectively you will probably need to conduct a full analysis as this will make it easier to investigate. Once you know the source of the problem you can use dynamic balancing to resolve it and get mechanical parts back to functioning as accurately as possible.

We specialise in working with high speed sports and racing cars. We have a huge amount of experience and have worked with some of the most notable teams in the world from a variety of disciplines and classes including F1, Indycar and karting. When it comes to high speed vehicles we understand the importance of safety and reliability and can offer the balancing services that will help to improve both.

Our analysis and dynamic balancing services can be completed quickly if you have a tight timescale to work with. All services are provided by experienced professionals with a passion for motor vehicles so you can rely on us to offer the best service possible.

There is no room for error when it comes to motorsports vehicles. One small issue with a vehicle could be the difference between winning and losing. Because of this, it is important to keep the vehicles in their best shape, not only so they continue performing at their best but also for health and safety reasons and to reduce the risk of accidents. During pit stops, you often see vehicles have their tyres changed or petrol refilled. However, one thing that is very important to ensure that is done prior to the pit stop is vehicle alignment or tyre balancing.

A main thing that can affect a car’s performance and safety is vibrations from the wheels. Not only do they contribute to reducing the life of the tyres, but vibrations can also cause further problems down the line with the vehicle’s suspension. A larger effort is also needed to steer a vehicle that isn’t balanced as they tend to veer to one side, meaning the driver will have to constantly adjust it whilst in motion.

Over time, the vibrations can have a negative effect on your tyres, quickly wearing them down. This means that you’ll need to replace them far more often than you should which is very costly – more so than simply having the tyres correctly balanced. It is vital to act when you notice your vehicle steering to one particular direction as continued use could be detrimental.

We specialise in dynamic balancing and are completely dedicated to helping our customers minimise vibration and noise levels in their vehicles, helping to improve their reliability, safety, quality and performance. Our range of affordable and essential services can help you to extend the service life of your machinery or vehicle. Throughout the years we have worked with a variety of clients from a number of different industries including oil and gas, waste management and manufacturing, to name just a few. Find out more about how we can help you by giving our team a call.