Modern OEM procurement teams understand the need to strike a balance between manufacturing costs and the lifespan of their precision-machined parts and equipment to maintain a healthy profit margin.
This is especially true for products used for off-road agricultural, construction, mining, and industrial applications, as their components are exposed to constant friction, debris, impact, and contamination that can shorten their lifespan. As a result, procurement teams must focus on finding solutions that deliver the greatest overall value throughout the equipment lifecycle.
Considering The Total Cost Of Ownership
While premium materials, coatings, and heat-treatment processes can significantly improve durability, no part lasts forever. Also, these additional safeguards against premature breakdown add to the part’s manufacturing cost, impacting the budget to the point where cheaper parts look more attractive.
That’s why many procurement teams have traditionally considered the purchase price as the primary driver of purchase decisions. However, in truth, price is often a small factor in the total financial impact of procurement. The total cost of ownership must also be considered by factoring in downtime, service labour, equipment rental, lost productivity, warranty claims, inventory management, part replacement, and customer dissatisfaction if the less expensive part degrades faster than expected.
In other words, a relatively inexpensive wear component that requires frequent replacement may ultimately cost far more over its service life than a more expensive alternative engineered for extended durability. But blowing your budget on materials and treatments designed to deliver unparalleled wear resistance isn’t always the best option either.
Read More: 7 Cost-Effective Benefits Of CNC Technology
Why More Wear Resistance Isn’t Always Better
The instinctive response to wear challenges is often to insist on using the hardest material available. While hardness plays an important role in resisting abrasion, it is not a universal solution. That’s because most industrial parts and equipment experience multiple wear mechanisms simultaneously, such as abrasion from sand, dirt, rock fragments, and debris occurring alongside impact loading, vibration, fatigue, corrosion, and metal-to-metal contact. In short, a material optimized for one condition may perform poorly when exposed to another.
For example, an extremely hard alloy may provide excellent abrasion resistance but lack the toughness necessary to withstand repeated impact loads. Switching to a softer material may be a consideration, however, a brittle component can crack or fracture long before abrasive wear becomes a concern. The solution would be to use a tougher material with slightly lower hardness that can deliver significantly longer service life under punishing industrial conditions.
A good rule of thumb for procurement teams is to always evaluate wear resistance within the context of the complete operating environment. It is the best way to ensure the optimal balance among wear resistance, toughness, manufacturability, and cost.
The good news is that OEMs don’t have to conduct this evaluation alone. With the right precision machined parts and equipment supplier by your side, you’re already ahead of the game.
Partner With AC Fabrication And Assembly Solutions For High-Quality Precision-Machined Products That Deliver Value
With a virtually limitless combination of metal materials and treatment options available, the idea of identifying the right combination for your off-road parts and equipment projects can be overwhelming.
The expert engineering team at AC Fabrication and Assembly Solutions can help.
As your trusted precision-machine parts and equipment suppliers, we provide practical insights that extend beyond manufacturing. Our knowledge of material behaviour, heat-treatment response, machining challenges, tolerance optimization, and real-world performance can help you identify solutions that achieve durability targets while avoiding unnecessary cost increases.
We’ll work closely with your R&D team to identify design modifications, such as modifying a material grade, adjusting a tolerance stack-up, or refining a surface finish requirement, that can deliver meaningful improvements in wear life while maintaining cost competitiveness. Our design engineering phase occurs before any metal is cut, ensuring that you can proceed to the production phase with the utmost confidence.
When you’re imagining your next off-road parts and equipment project for off-road agricultural, construction, mining, and industrial applications, call our team to discover the benefits of working with a true precision-machine partner dedicated to your success.
Read More: 6 Ways That AC Fabrication & Assembly Solutions Streamlines the Manufacturing Process For OEMs
AC Fabrication And Assembly Solutions: Your Trusted Partner In Agricultural, Construction, Mining, And Industrial Off-Road Parts And Equipment
With 300 years of combined experience under our belts, we offer unparalleled quality, durability, and service that you won’t find with any other supplier. Our skilled technicians specialize in delivering products that create sustainable growth for our customers.
Contact an AC Fabrication and Assembly Solutions expert at 204-952-1900 or sales@acfabandassembly.comfor a custom quote on your next project today!
