Spare parts management is more than a back-end OEM priority; it has major implications in the real world. If machinery involved in food packaging or preparation goes down, the business has a number of hours or days before that food becomes a total loss. If farming equipment experiences downtime during harvest season, an entire year’s worth of work can be jeopardized. When construction equipment needs a spare part, any delays in getting that spare part can push the project timeline back significantly.
In any industry that relies on heavy machinery to get the job done, there is so much at stake. These businesses rely on OEMs, dealers, and the entire aftermarket ecosystem to optimize spare parts planning, ensuring machine uptime and efficiently propelling operations. If OEMs and their partners fail to rectify equipment malfunctions quickly, the losses can be astronomical.
But don’t worry, with proper preparation and proactive spare parts planning, those losses can be avoided. Whether you are leading an OEM business, working as a partner dealer, or involved in the supply chain process at all, understanding spare parts planning can save the day.
In a situation where a spare part is needed for a certain service, there are essentially two ways things can go. Imagine you’re a farmer that is operating during harvest season. You have only a limited period of time to collect the crops that have been growing for a year under your care. One day one of your machines, or more, stops working.
Here’s what might happen in a situation where poor spare parts planning is in play:
On the flip side, if OEMs and dealers have worked together to optimize spare parts management, the situation might look like this:
When any organization’s operations are disrupted due to machine downtime – whether it’s a farm, a contractor, or a manufacturer – it’s up to dealers, OEMs, and other supply chain experts to illustrate effective spare parts management. Without that, downtime can be disastrous in more ways than one.
In worst-case scenarios, the consequences of inefficient spare parts management can be far-reaching for businesses, their customers, and downstream members of the supply chain. The negative impacts of poor spare parts planning can manifest in a number of ways:
Downtime is one issue, but bad parts planning is another issue entirely. If downtime arises, every entity — from OEMs to dealers – needs to be prepared to quickly rectify the situation. Ensuring part availability, providing fast repair services, and using predictive analytics to reduce downtime in the first place can rid the supply chain of the consequences of poor parts planning.
When done well, spare parts management doesn’t just reduce the negative impacts of machinery issues; it can actually bring a number of benefits to the forefront for businesses, technicians, and customers alike:
As crucial as spare parts management is, it’s not an easy thing to perfect. OEMs and dealers are tasked with some of the most complex responsibilities in the supply chain, and spare parts management might just top the charts. Today, supply chains are more advanced – but also more complex – than ever. If OEMs want to deliver exceptional service to their end users, they need to understand the following:
Supply chains are no longer the simple, linear flow of goods from a production-based entity to a customer. Today, supply chains are hyperconnected, meaning that information, data, and even goods can be part of a bi-directional flow between OEMs and the businesses they serve. This evolution comes with a lot of benefits, but when it comes to spare parts planning, today’s supply chain intricacies can make it hard to properly manage spare parts planning.
One agricultural customer could have a tractor malfunction that requires one part, and another agricultural customer could have the same tractor malfunction due to a different part entirely. Customers’ needs vary widely, and with the machinery used today, the number of parts that may need to be replaced or fixed is more diverse than ever. Dynamic customer needs can be hard to manage if OEMs, dealers, and their partners aren’t prepared for every scenario.
If equipment malfunctions, no business has time to troubleshoot a bunch of solutions or test out different parts replacements. Accuracy is the only option; technicians need to be able to diagnose a problem, get the correct part from the dealer, and replace it with ease. Otherwise, customers will adapt their supply chain to partner with different OEMs, dealers, and technicians.
Spare parts management is difficult, but not impossible. With the right practices and technologies, dealers and OEMs can work together to ensure part availability, deliver replacement parts quickly, and reduce downtime for their customers. Here are 5 tips for optimizing spare parts management:
The complexity of managing spare part inventory should never be underestimated. If you’re tracking things in outdated spreadsheets or using paper mechanisms, switch to a sophisticated retail inventory management system like ClearOps. Our system gives detailed visibility to stock levels, allows users to make replenishment orders in minutes, and provides deep insights into demand forecasting.
With technology-enabled machines, the Internet of Things can be used to accurately assess where certain parts are, alert service teams of potential parts issues, and even suggest the optimal approach to replacing the part. The IoT can detect malfunctions early, sometimes before they lead to downtime, paving a path for truly getting in front of an issue before it happens.
Predictive analytics are a superpower that most OEMs and dealers haven’t fully tapped into yet. With Artificial Intelligence and Machine Learning Models, OEMs can anticipate needs based on historical trends, industry news, and more. When you can more accurately predict where and when parts will be needed, it’s a lot easier to ensure part availability for your end users.
Even the best technologies in the world can’t replace well-trained staff members. Are your technicians continuously educated on how to identify machinery malfunctions and address them? Do dealer staff have an understanding of what happens to the end user if downtime goes beyond a few hours or days? Everyone needs to have visibility to every part of the supply chain when it comes to spare parts management.
In a situation where a spare part isn’t available and you need to get it ASAP, do you have the relationships with your suppliers that enable you to call in a favor or a rush order? Strong supplier relationships can often turn into the one thing that saves the day when all else has failed – don’t overlook them.
Even if Original Equipment Manufacturers (OEMs) supply top-of-the-line products in the first place, OEMs and their partner dealers have to be ready for machinery malfunctions throughout the entirety of the equipment’s life cycle. If one of those malfunctions happens – and it will – being prepared with optimal spare parts management is key.
By using technology to garner predictive insights, enabling machines with the IoT, and relying on advanced systems like ClearOps to get in front of equipment malfunctions, downtime can be mitigated. Less downtime leads to better output, higher revenue, lower costs, and happier customers. Spare parts planning is one of the most crucial elements for all OEMs; if you’re not ready for the unknown, you’re not ready to work within today’s supply chain ecosystem.
The purpose of spare parts management is to ensure that the necessary components are available when needed to maintain and repair equipment and machinery. This helps to minimize downtime, optimize operational efficiency, and reduce costs.
Spare parts planning is the process of forecasting, scheduling, and managing the procurement and inventory of spare parts required for the maintenance and repair of equipment and machinery. This process ensures that the necessary parts are available when needed, minimizing downtime and optimizing operational efficiency.
The scope of spare parts management encompasses a wide range of activities and processes aimed at ensuring the availability, optimal use, and effective control of spare parts within an organization.
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