LVD CNC Press Brake FAQ: Answers From Someone Who's Made the Mistakes

I've spent the last 11 years handling fabrication orders for a small metal shop—or rather, wrestling with the machines after I ordered them. In that time, I've helped spec about 40 machines and tooling packages, and I've made enough expensive mistakes to fill a binder. This FAQ is the checklist I now hand to anyone in my shop who starts searching. If you're looking at a used LVD press brake for sale, or trying to decide between an LVD CNC press brake and something else, this should help. My experience is mostly small-shop metal fabrication, so if you're running a high-volume stamping plant, your mileage may vary.

Is LVD a good brand for CNC press brakes?

Short answer: yes, in my experience. LVD has been around for decades, and their press brakes are common in shops like ours. The controls are generally intuitive, and the machines hold accuracy well when maintained. But "good" mostly depends on who in your area can service it. I'd rather buy a decent machine with a local tech who answers the phone than a "better" machine with no support nearby.

I'm not a machine tool engineer, so I can't speak to every frame-stress calculation. What I can tell you from a production standpoint: the LVD CNC press brake I've run has held up better than two other brands we had. Actually, one other brand, and the second one we sold after a year because it was too finicky. That's still a limited sample, so ask around your area before you commit.

What should I check before buying a used LVD press brake for sale?

First, don't trust the phrase "runs fine." Get the machine under power and run a test piece. Check the backgauge calibration, look at ram parallelism, and ask about control system support. Bring a micrometer and a piece of material you actually bend.

Here's the mistake I made in 2019. I found a used LVD press brake at a price that looked like a steal. I knew I should get an independent technician to inspect it, but I thought, "what are the odds?" The backgauge was off by .08 inches on a 4-foot piece. We didn't catch it until after the first production run—$1,200 in wasted material plus two days of rework. Now my pre-purchase checklist starts with "inspection under power."

Also ask for service history and photos of the electrical cabinet. If the seller won't let you see it under power, that's a red flag. Per FTC guidelines (ftc.gov), a seller's claims about machine condition need to be truthful and substantiated. But you still need to get it in writing.

Should I buy a new LVD CNC press brake or save money with a used one?

It depends on your deadline. If you have open orders and a fixed delivery date, a used machine with no warranty is a risk. Not because used machines are bad, but because you don't know what you don't know. A breakdown can eat every dollar you saved and then some.

In March 2024, we paid about $4,000 extra to have a machine delivered, installed, and tested on a guaranteed date. The delivery itself wasn't faster. But the certainty was worth it. We had a $15,000 order waiting on that machine, and the extra cost was cheaper than explaining a late shipment to that customer.

I'm not saying never buy used. If you have time and can absorb a hiccup, used can be smart. But if a delay means missed deadlines, buy the option that comes with a commitment. In emergency situations, "probably on time" is the biggest risk.

I keep seeing fiber laser news about LVD. Should I get a laser cutter instead of a press brake?

Here's the fiber laser news that actually mattered to our shop: LVD's fiber laser cutting machines are impressive. For thin to medium stainless and aluminum, they're fast and clean. But a laser cutter doesn't replace a press brake. They do different things. A laser cuts flat sheets; a press brake bends them.

When I almost bought a fiber laser a few years ago, I had to stop and look at our actual workload. Most of our work is 10-gauge to 1/2-inch plate, and a lot of it needs bending. The laser would have been nice, but it wasn't the bottleneck. So before you follow the fiber laser news, ask what's actually slowing your shop down.

I'm not a laser applications engineer, so I can't tell you exact wattage numbers. Talk to someone who runs similar parts. The principle is the same as with press brakes: buy for your real jobs, not the jobs you imagine.

What about a DTF printing machine? And how does a laser vs inkjet printer comparison matter for a metal shop?

This question looks odd, but I get it—people search "digital printing" and end up in weird places. A DTF printing machine is for direct-to-film transfers on textiles and apparel. It is not for bending metal or cutting parts. Completely different technology, different workholding, different shop environment.

If you're actually trying to mark serial numbers on metal parts, a laser vs inkjet printer comparison makes more sense. Fiber lasers mark permanently, have low running costs after the initial investment, and don't need ink. Inkjet printers are cheaper upfront, but the marks can wear off, and consumables add up. We switched to a fiber laser marker two years ago for part numbers, and I wish we'd done it sooner. If you only need temporary marks, inkjet might be fine.

How do I know if the price on a used LVD press brake is fair?

I can't give you a price list because the market changes by region, condition, age, and tooling. What I can tell you is how to build a comparison. Look at current listings for similar used LVD CNC press brake models—check hours, controller type, and included tooling. Then add the cost of likely repairs and downtime.

Say one used LVD press brake is $25,000 and another is $38,000. The $25,000 one needs a new control module and a calibration service. If that takes three weeks, the $38,000 machine might be cheaper in the long run. Don't just compare machine prices—compare the total cost to start producing parts.

I also ask the seller what they're replacing it with and why. The answer tells you a lot. If they're moving to a bigger tonnage because their orders grew, fine. If they're painting over problems, you'll hear hesitation.

Prices as of early 2025; verify current listings.

What's the mistake most first-time buyers don't think about?

The control system. Not the tonnage, not the bed length—the aging control software and electronics. A used LVD press brake can have a perfectly straight frame and still be useless if the control won't boot, or if the display is no longer supported. Replacement parts for an obsolete control can cost thousands and take weeks to source.

Before I bought any CNC press brake, I'd call the control manufacturer or a local technician and ask: Is this version still supported? Are parts available? Is training available? In Q1 2024, we had a machine down for 11 days waiting on a control board. That's a long time when you've got customer orders.

So when people ask what I'd check first, it's not the pump or the hydraulics. It's the electronics. A machine is only as good as the brain telling it where to stop.