All businesses depend on the assets that allow them to work efficiently. From machinery, HVAC, assembly lines, commercial vehicles, power supply, and facilities, all of these assets’ effectiveness will have an impact on your profitability. However, there is one thing that is still a concern for most companies. Preventive vs. reactive maintenance comparison will be given here, where you will find how to fix your equipment. Now, the battle between Preventive Maintenance and Reactive Maintenance Australia becomes more crucial with the increasing demand for cost-efficiency, reliability, and uptime in businesses.
On the surface level, it may look like reactive maintenance is a more cost-efficient method since you only spend money on maintenance when something breaks down. But things are not always as simple. Here is everything you need to know about both types of maintenance and how to choose the right one according to your needs.
Reactive Maintenance is the process of maintenance that happens once the equipment fails. Many companies choose reactive maintenance because of its simplicity.
The process of this type of maintenance is rather straightforward:
This strategy is often referred to as:
For certain noncritical assets, reactive maintenance can be a reasonable choice. However, its effectiveness depends heavily on the nature of the equipment and the consequences of failure.
Preventive maintenance is one of the most reactive ways to deal with maintenance.
Maintenance is performed before the failure occurs rather than after by:
Examples of preventive maintenance are:
The ultimate goal is to prevent failures from happening. This is the basis of many asset care strategies today throughout all industries.
Asset failures are becoming more expensive. Siemens’ research has found that unplanned downtime costs the 500 largest companies in the world approximately 11% of their revenue each year, translating into hundreds of billions of dollars lost globally.
In manufacturing environments, one hour of downtime can cost thousands or hundreds of thousands of dollars, depending on production volume. For Australian businesses competing globally, the reliability of their equipment has become a major competitive advantage rather than a maintenance concern.
Many business owners consider only the costs of repairs while making decisions about maintenance practices. On the other hand, many hidden costs of breakdown are not considered at all.
These costs are as follows:
If the equipment breaks down unexpectedly:
There was a case of a midsized food manufacturing company in Victoria that had a breakdown of its conveyor motor during the busy time of the year. The cost of replacing the motor was less than AUD $2,000.
But:
The total loss was more than AUD $25,000. It was not the repair that was costly. It was the downtime.
Emergency repairs often arise:
Emergency callout fees may greatly add to maintenance costs.
A sudden equipment breakdown usually results in more hazards at the workplace.
These include:
Occupational safety accidents may incur many costs other than maintenance.
Equipment breakdowns result in extra pressure on assets. Failure to plan for maintenance will make equipment reach the end of its life earlier than planned. According to studies done by the U.S. Department of Energy, preventative maintenance can decrease equipment failures by 70%, while downtime can be reduced by up to 35%. Although real outcomes differ depending on the industry, there is one clear pattern: Preventive maintenance dramatically cuts down the number of operational interruptions.
The common notion among many businessmen is that preventative maintenance is too expensive. However, preventive maintenance usually increases the cost efficiency of the process.
Why so?
Since companies will be able to:
Let’s take a look at two similar distribution centers located in Melbourne.
Management only dealt with problems when equipment broke down.
After one year
Due to all of these, the facility had higher maintenance costs due to tons of interruptions happening.
Management used scheduled servicing and inspections.
Servicing included
Total costs of maintenance went up slightly, but overall costs of operation went down substantially due to limiting downtime. This example highlights one of the significant differences between preventive and reactive maintenance. The cheapest way to maintain your building is not necessarily the most effective way to maintain your building.
Preventive maintenance is not always required. Reactive maintenance can be appropriate for specific asset types. Low-cost assets are a primary example of this. Low-cost, easy-to-replace assets that are non-critical to operations do not warrant preventative maintenance programs.
Some examples of low-cost assets include:
If the failure of an asset has a low operational impact, then reactive maintenance is appropriate.
An organization that is successful does not view maintenance as an isolated function; instead, it integrates maintenance planning with the rest of the organization.
Effective maintenance planning consists of:
By reducing the uncertainty associated with maintaining assets, the structured process can help support long-term business success.
Today’s top companies are taking an interest in hybrid asset management strategies. Instead of just using one type of asset management (preventative or reactive), organisations now ensure they use a combination of all asset strategies.
Examples of these include:
Scheduled maintenance services to all assets will occur on a schedule based on time or asset usage.
Utilizing sensors and monitoring tools to determine when an asset is likely to fail before it fails.
Scheduled maintenance will occur based on the performance of an asset. The changes made in regard to modern-day maintenance reflect an understanding that we no longer need to be reactionary as far as a maintenance philosophy is concerned; instead, we should look for ways to align our maintenance philosophy with our overall operational objectives. According to studies done by the U.S. Department of Energy, preventative maintenance can decrease equipment failures by 70%, while downtime can be reduced by up to 35%.
Although real outcomes differ depending on the industry, there is one clear pattern. Preventive maintenance dramatically cuts down the number of operational interruptions.
The common notion among many businessmen is that preventative maintenance is too expensive. However, preventive maintenance usually increases the cost efficiency of the process.
Since companies will be able to:
| Factor | Preventive Maintenance | Reactive Maintenance |
| Definition | Scheduled maintenance is performed before equipment failure occurs. | Maintenance is performed after the equipment has already failed. |
| Approach | Proactive | Reactive |
| Maintenance Planning | Requires structured maintenance planning and scheduling. | Little to no advance planning required. |
| Downtime | Significantly reduced through regular servicing. | Often results in unexpected and prolonged downtime. |
| Equipment Lifespan | Typically extends asset life through routine care. | May shorten equipment lifespan due to repeated failures. |
| Best Suited For | Manufacturing equipment, HVAC systems, production lines, fleet vehicles, and critical infrastructure. | Low-cost assets, non-critical equipment, and easily replaceable items. |
| Long-Term Business Impact | Improves reliability, productivity, and asset longevity. | Increases risk of costly disruptions and lost revenue. |
In fact, the discussion on preventive vs reactive maintenance in Australia becomes more of a discussion on short-term vs. long-term performance and costs. Even though it seems that Reactive Maintenance would be cheaper, experience shows that breakdowns usually lead to indirect expenses caused by downtime and interruptions of the production process. Preventive maintenance vs reactive maintenance in Australia should be known by all homeowners. Universal Connect can be a good option if you are looking for maintenance.
Proper planning and asset management in preventive maintenance help companies increase predictability, improve reliability, and become more cost-effective. The best companies realize that maintenance is not just the repair of the equipment but also an assurance of continuity of operations and its performance.
The key difference is timing. Preventive maintenance refers to inspection and servicing activities conducted prior to any breakdown of equipment, and Reactive Maintenance refers to the repair works done after the occurrence of the equipment breakdown.
Not necessarily. Even though preventive maintenance has regular costs for servicing, it usually helps to decrease overall costs due to the avoidance of expensive breakdowns, downtime, an increase in equipment life span, and emergency repair payments.
Preventive maintenance is most useful for those industries where there is a lot of equipment used and which require high uptime of the equipment. Such sectors are manufacturing, logistics, warehousing, healthcare, construction, mining, food production, hospitality, and facility management.
Yes. Most enterprises apply a combination of both systems. Essential equipment is kept using preventive maintenance plans, whereas inexpensive and unimportant machinery is kept using reactive maintenance.
Preventive maintenance is responsible for the early detection of any signs of wear, malfunction, or damage. Inspection, servicing, lubrication, and replacement of worn parts help in maintaining the steady performance of equipment.
