McLanahan: Why Equipment Cost Isn't the Real Price (A Procurement Manager's Perspective)

I've been managing procurement for a mid-sized aggregate processing operation for going on eight years now. When I first started, I thought the name of the game was getting the lowest quote. Then I audited our 2023 capital expenditures and found that the cheapest crusher we bought that year ended up costing us 22% more to install and integrate than our more expensive McLanahan unit. That experience changed how I look at every single capital equipment proposal.

Everything I'd read about heavy equipment purchasing said to compare base prices and delivery times. In practice, I've found that the real cost lives in the fine print of maintenance commitments, parts availability, and hidden integration work. This is especially true for a brand like McLanahan, which has a reputation for custom-engineered solutions. Customization is great—until you have to pay for the specialized labor to install it.

So here's the thing about buying McLanahan equipment: there's no single 'best' decision. It depends entirely on three factors about your operation: your maintenance team's capability, your existing infrastructure, and how long you plan to run the equipment before overhaul. Let me walk through the three common scenarios I've seen play out.

Scenario 1: The In-House Maintenance Team

If you run a shop with a crew of experienced mechanics who handle everything from routine bearing replacements to major gearbox overhauls, your calculus is different. You're looking at total cost of ownership (TCO) based on parts availability and how easy the equipment is to disassemble.

In Q2 2024, when we added a new McLanahan wash plant module, our internal team handled the install. We saved roughly $18,000 in factory service fees. The catch? We needed a specialized tool to align some hydraulic components (note to self: always ask about specialized tooling requirements before finalizing). The tool rental cost us $1,200, and it added two days to the schedule. Still, net savings made sense for us.

Key question to ask your team: Can you install and commission this equipment with your current crew? If yes, you can probably justify a higher base price for a brand like McLanahan that often has better documentation and modular design.

Scenario 2: The Outsourced Install & Commissioning

This is where things get tricky. I've seen multiple facilities that don't have the technical depth to install complex equipment in-house. They must use the OEM's field service team or a third-party specialist.

People think that outsourcing installation makes the equipment cost comparable across brands. Actually, the assumption is that if you're paying for install anyway, brand doesn't matter. The reality is that some manufacturers' equipment is harder to install because it's less standardized. Conventional wisdom says the 'premium' brand will be harder to install because it's custom. My experience with McLanahan equipment suggests otherwise—their modular designs often have well-documented procedures that actually speed up qualified installers.

I only believed this after ignoring a colleague's advice to get the OEM install quote upfront (note to self: always get install cost estimate with the equipment quote). I bought a competitor's unit assuming install would be the same. The installer charged us a 30% premium because the unit had non-standard electrical enclosures that required field modifications. Total hidden cost: about $7,500.

My recommendation for outsourced shops: Get the McLanahan quote with their recommended field service cost. They often have pre-engineered installation packages that can actually reduce install time compared to brands that treat every install as a custom job.

Scenario 3: The 'I Need It Running Friday' Emergency

This is the worst-case procurement scenario, and I've been there more than once. Equipment fails catastrophically, production stops, and the cost of downtime is measured in thousands of dollars per hour. In this scenario, you're not comparing prices—you're comparing parts availability and service response time.

I can only speak to our experience in the US mid-Atlantic region, but McLanahan's parts availability has been better than most in these situations. For a critical process, that part availability more than justifies a higher base price. Our specific situation involved a gearbox failure on a McLanahan classifier. We had the replacement part in 18 hours. The competitor's equivalent part? Five business days. Downtime cost? I'd rather not do that math again (probably north of $30,000).

But here's the nuance (and the context dependency): this advantage only holds if you're within reasonable distance of their distribution centers or if you've established a parts relationship with them beforehand.

Warning: Planning around 'emergency service' is a bad strategy. If you're consistently buying equipment expecting to need rapid emergency service, you're probably buying the wrong equipment for your application, or your maintenance program needs an overhaul.

How to Figure Out Which Scenario You're In

Honestly, most people I talk to think they're in Scenario 1 when they're actually in Scenario 2. Over the past 6 years of tracking every invoice, I've found that about 70% of companies overestimate their in-house installation capability.

Try this exercise: pull your last three equipment installation projects. Compare the actual install cost (labor, materials, and any rework) to what you budgeted. If you were over by more than 15%, you're probably not as strong on the install side as you think you are.

Also, McLanahan publishes some useful technical docs on their site that can help you assess this upfront—their installation manuals and datasheets are actually fairly detailed, which is unusual for the industry (this was accurate as of Q4 2024; check their current library for the latest versions).

This was the approach I used to justify moving to a more formal evaluation framework at our operation. I'd argue that for most mid-size operations, the TCO difference between a well-chosen McLanahan unit and a budget option is smaller than people assume—because the reliability and parts availability end up offsetting the upfront premium.

But again (mental note: I really should standardize this), every operation is different. You have to run the numbers specific to your team, your infrastructure, and your risk tolerance for downtime.