Why the 'Cheap' Chainsaw Cost More Than the Makita Chainsaw: A Procurement Manager's Six-Year TCO Lesson

Sticker Price Is a Trap

I'll say it plainly: if you're buying tools based on whichever number is smallest in bold on the price tag, you are costing your company money. I'm not being dramatic. I've spent six years managing procurement for a 40-person trade services company—tracking roughly $120,000 a year in tools, equipment, and replacement parts, every order logged in a cost tracking spreadsheet I built after getting burned twice.

The data points one direction: the cheapest equipment in our history never stayed cheap. The cost just relocated—to repair invoices, to rework, to a second purchase when the first one failed. The problem is that these costs land in different budget lines, so nobody connects them. Unless somebody is actually tracking it.

I started tracking. That's what changed my mind. Here are four examples.

The Makita Chainsaw That Was Nearly Free

In 2024, we needed chainsaws for storm cleanup. Light tree work, cutting broken branches off AC units—work that has to happen right after the storm, not next week. Our foreman found a $149 gas chainsaw at a big-box retailer and sent me the link for approval.

Look, Makita power tools didn't get into our fleet because of brand loyalty. They got in because the 18V LXT battery platform spread from drills to impact drivers to the metal-stud cutoff tool, until we had about fifteen batteries sitting in the charging rack. So instead of approving that gas saw, I bought the Makita chainsaw as a bare tool—no battery, no charger. Around $180 as of March 2025, and that was the entire cost to us, because nobody had to buy a battery.

The $149 gas saw? Add a $12 can of fuel mix, $9 bar oil, and a carburetor that didn't like sitting between storms. Around 16 months in—or rather, 14 months of occasional use—it wouldn't pull the chain reliably. Repair estimate: $95. We tossed it.

For our specific use case, that was the wrong tool. I'm sure there are crews who run gas saws daily and get their money's worth. But our numbers: $149 plus $21 plus $95, leaving us with nothing to show. The Makita saw cost $180 once, we've run it for two years with zero repair cost, and the electricity to charge an 18V battery is too small to track. I'm not claiming it will never need service—one of ours is in the shop right now for a cracked chain brake housing. But its total cost has been predictable and low. The gas saw's total cost was a series of small surprises.

(note to self: pull the exact chainsaw invoice number from the Q4 2024 ledger before publishing this anywhere.)

How Much Electricity Does a Welding Machine Use?

This is the question nobody asks in the tool-buying meeting, and I have the answer because we track it. Our old transformer-style MIG welder drew 26 amps on a 240V circuit at full load, which is about 6.2 kilowatts. During welding-heavy months—roughly ten months out of the year—it ran four hours a day, 22 working days: 6.2 kW × 4 hours × 22 days = 546 kWh per month.

At our local commercial rate—about $0.15 per kWh as of January 2026, though commercial rates vary by state and utility—that's $82 per month just to feed one machine. For context, U.S. EIA data showed average commercial electricity rates around $0.13–$0.14/kWh in 2024. Verify current numbers at eia.gov; they've kept creeping up.

There was also a hidden cost I initially missed. Transformer-style welders dump waste heat into the shop, which meant the AC worked harder for months. We made the swap in February 2025, moving to a 200-amp inverter welder, and both problems shrank. Current draw dropped to about 18 amps, and the July 2025 power bill showed a visible drop. So glad I pushed for that replacement when I did—waiting another year would have meant roughly $800 more in electricity alone.

The inverter machine's price premium paid for itself in less than two years. I want to say it cost about $650 more than the equivalent transformer unit, but don't quote me on the exact figure. The point is the principle, not the precise number.

The $230 Battery Backup for the Sump Pump That Cost $1,600

This is my classic rookie mistake, and I'll own it. In my first year in this role, we needed a battery backup for the sump pump in the equipment storage basement. Two options: a $230 budget unit that looked adequate on the spec sheet, and a $430 unit with longer battery runtime. I approved the $230 unit to look like a sharp cost controller. Saved $200. Felt great for about a month.

Then, in the spring of 2020, a 14-hour outage hit. The budget battery gave out at hour six. Nine inches of water in the storage area. The water remediation invoice: $1,400. Total cost of the "cheap" backup: $1,630 plus ruined inventory and lost time. The premium unit would have covered the whole outage, and it cost $430.

That's the arithmetic that made me build a TCO spreadsheet in the first place.

The 10-Inch Pliers That Cost $226

Not every hidden cost is dramatic. Last year (March 2025, if I remember right), a field tech requested a 10-inch pliers for a chiller-line repair. The purchasing assistant, trying to save money, bought a $12 no-name pair instead of the $40 pair the tech specified. On the second fitting, the jaws slipped and rounded a brass supply nut. The tech had to cut out the section, replace 14 inches of pipe, and redo the fitting. Added labor and materials: $214.

So the real cost of those $12 10-inch pliers was $226. I'm sure someone got a bargain. It wasn't us.

What If You Genuinely Can't Afford the Better Option?

Let me answer the objection I hear from every cash-strapped owner: "Easy for you. You've got a corporate budget. I've got $200 and I need a tool today."

Our lead estimator puts it this way: "We don't buy tools. We buy hours of productive work. The question is what an hour costs."

Fair enough. My experience is based on roughly 200 purchase orders at a single mid-sized firm. If you're running a one-van operation or a national fleet, your constraints are different, and I can't speak to those specifics. But the core math doesn't change: buy less, don't buy cheaper. One professional-grade tool that survives the job is cheaper than two budget tools that don't. If you're already in a battery platform, buy bare tools and add batteries as you can. If you'll use a machine twice a year, rent it twice and skip the purchase.

And if you're not in any battery platform yet, your first purchase should be the platform itself—because every bare tool after that gets cheaper.

The Framework I Actually Use

Here's the five-line TCO calculation we run for every major purchase:

1. All-in price: purchase, shipping, batteries, charger, cases.
2. Annual hours of actual use.
3. Energy cost to operate.
4. Expected maintenance and repair per year.
5. A risk line for downtime—approximate it, but never leave it blank.

Run two quotes through this and the answers shift. In our experience, the gas saw's TCO was $265 over 16 months, versus $180 for the Makita chainsaw over two years and counting. The "cheap" welder would have cost more per month in electricity than the efficient one cost in monthly depreciation. The $230 sump pump backup had a real chance of a $1,400 failure event, and that risk proved out.

So here's my stance, and I'm not softening it: sticker price is what you pay at the counter. Total cost of ownership is what you pay while you own it. The second number is the one that determines whether you're actually saving money.

(As of early 2026, Makita's LXT and XGT battery platforms are both active lines. Verify current models and pricing at your distributor—the lineup changes fast.)