Metabo HPT Buying Guide: 36V Tools, Ratchets, Pipe Wrenches & Metal-Cutting Blades

I'll get this out of the way first: there is no single "best" Metabo HPT shopping list. I run procurement for a mid-size mechanical and general contracting company, and I've been tracking every tool invoice for six years—around $180,000 in cumulative spending on power tools, hand tools, and consumables. I'm not the person swinging a wrench on a wet deck at 6 a.m. I'm the person who audits why the tool budget ran over, and who reads the warranty claim when a $400 tool dies at month eleven.

That's the lens I look through when someone asks about Metabo HPT 36V tools, the Metabo HPT ratchet, a 10-inch heavy-duty straight pipe wrench, metal-cutting blades, or the ribbed plastic anchor kit 373517. Most people searching those terms have a specific task in front of them, not a category. So instead of one universal answer, I use four buckets: daily battery power, tight-space mechanical work, metal cutting, and light anchoring. Find your bucket, and the budget does the hard part.

Scenario A: You live on battery power

If your crew works where power is never guaranteed, the 36V line is worth a serious look. But here's the thing: you're not buying a tool. You're buying a battery platform.

Metabo HPT's MultiVolt system runs 36V tools on two 18V slide-style batteries, and those same packs can power compatible 18V tools. The upside is one family of batteries across a full crew. The catch is that the batteries and chargers are where the real money sits. A bare 36V tool can look like a reasonable line item until you add two batteries and a rapid charger. Over the lifecycle of cordless equipment, the batteries are basically the annuity—the tool body wears out, but the pack investment is what locks you in.

So what do I actually put in the first order? A 36V circular saw and a 36V reciprocating saw, plus at least two additional batteries. Those are the tools that replace a cord and a generator on a frame deck. What I don't do is buy 36V everything. Running screws all day doesn't need 36V torque; it needs a comfortable trigger and a pack that doesn't quit at 2 p.m. That's a job for the lighter 18V tools on the same battery system.

I have mixed feelings about recommending a 36V commitment to small crews. On one hand, the run time is impressive and the resale value holds. On the other, if seasonal work slows down, that battery investment sits on a shelf. This approach worked for us because we run the same crew on similar job types all year. If your work is a patchwork of small jobs, sticking with the batteries you already own might be the smarter move—even if the 36V tools are nicer to demo.

Is 36V overkill for some tasks? Absolutely. But for the heavy hitters, it's the difference between stopping work to charge batteries and getting a full day out of a pack pair. Why does that matter? Because the cost of stopping is the line item nobody puts in the spreadsheet.

Scenario B: You're a plumber or mechanical contractor working in tight spots

This is where I stalled on the recommendation before writing it. I went back and forth on the cordless ratchet for weeks. On one hand, the Metabo HPT ratchet costs probably twice what a decent manual ratchet costs, and a manual ratchet won't care if you ignore it for a year. On the other hand, in a service situation where the access point is small and the customer is watching the meter, the time savings are obvious.

If your week is full of residential and light commercial service, the cordless ratchet earns its spot—assuming you're already on the battery platform. If you're buying it for one job, rent it instead. I made that call after comparing four distributors in 2023: the bare ratchet was about $190 from one and $260 as a kit from another. The cheaper distributor added freight and a longer lead time, which pushed the landed cost to within a few dollars of the faster option. The "savings" disappeared once I calculated the real total.

Then there's the 10-inch heavy-duty straight pipe wrench. This one goes against the grain: most people think bigger is better, so they buy the 14-inch first. I'd argue the 10-inch is not a leverage tool—it's an access tool. It fits behind a toilet, under a sink, inside a cabinet where a 14-inch simply won't go. For 1/2-inch and 3/4-inch nominal pipe, it's the right tool more often than people expect. My rule: if you already own a 14-inch, add the 10-inch as a specialist. If you're building a kit from scratch, start with the 14-inch and add the 10-inch when the tight-space jobs start showing up on the schedule.

Had to make a call in a hurry once—two hours to order before a rush maintenance contract started. Normally I test tools side-by-side, but there was no time. I went with the specs and our warranty history, and it worked out. But that's not the process I'd recommend. Borrowing or renting for a week before you commit is cheap insurance.

Scenario C: You cut metal more than once a month

The question people ask is "what blade to cut metal with an angle grinder?" and the honest answer is: it depends on what the metal is and how often you do it.

• Thin cutoff wheels (about 1.0 mm): best for sheet metal, thin angle, and fast, clean cuts. They're made for cutting, not grinding. Don't use the side of the wheel—that's how wheels fail.
• Standard cutoff wheels (1.6–2.5 mm): a better choice for heavier steel and thicker wall profiles. Slower feed, more forgiving, decent all-around.
• Dry-cut diamond blades: higher upfront cost, but on repetitive cutting they last significantly longer. The cost-per-cut math starts to favor them pretty quickly.

And one more: don't use a grinding wheel to cut. It's not built for that side load. The safety references I keep on file are OSHA 1926.303 and ANSI B7.1. I'm not going to recite every RPM rule from memory—but matching the wheel's maximum RPM to the grinder's no-load RPM is non-negotiable. A 4,000 RPM wheel on an 11,000 RPM grinder is a catastrophe waiting for a witness.

On price: cheap wheels are tempting. I've watched no-name wheels shed fragments under load, and the "savings" vanish the moment a piece hits a shin or an eye. I'm not saying buy the most expensive wheel every time. I'm saying buy from established brands and keep the blades married to the job.

Scenario D: You're anchoring light fixtures and conduit to masonry

The ribbed plastic anchor kit 373517 looks like a minor item, and in dollars, it is. But fasteners are exactly where crews try to save $7 and lose $400 in rework. Plastic anchors are for light loads in solid masonry and concrete: conduit straps, cable trays, light fixture boxes. They work great when you match the drill bit to the anchor. Mismatch the hole and the anchor spins free; then you're patching concrete and moving the hanger two inches.

What they're not for is structural loads, overhead-critical mounts, or anything with serious vibration. If it's going to be supporting something that could hurt someone if it falls, spec a sleeve anchor or wedge anchor instead. The part number on the requisition matters because "assorted anchors" is a mystery bag. When I see 373517 written down, I know someone's aiming for a known result instead of a maybe.

How to tell which scenario is actually yours

If you're running a business, the answer is on the schedule, not in the marketing email. Ask yourself three things:

1. What task happens every single week? That's the tool worth a platform commitment.
2. What task hurts the most? That's where a premium tool pays back fastest, because downtime is the hidden cost that never appears on a product label.
3. What batteries do you already own? Switching entire platforms to chase one tool is rarely a good deal unless the math works across the whole fleet.

Then total it up: tool price, batteries, charger, consumables, freight, and realistic repair time if the tool dies mid-contract. In a 2024 review of our spending, I found that most "budget overruns" didn't come from the big tools. They came from buying small consumables at retail because a cheaper online order never arrived on time. That's the kind of cost that hides in plain sight.

Granted, there's a version of this article where I just tell you to buy the whole catalog. Some crews genuinely need most of it. But I'd rather tell you the 36V platform is excellent and also tell you when staying with your current setup is the smarter call. I can only speak to the procurement side—invoices, warranty trends, cost per job. Trigger feel, jaw bite, balance on a ladder: that's the side your best technician knows better than I do. Budget with the spreadsheet, answer the feel questions on the jobsite, and you'll end up with a kit that actually earns its space in the truck.