Leuco North America

05/05/2026

Two blades with the same tooth count can have completely different lifespans.
The difference? The carbide grade nobody talks about...🤫

The spec most shops overlook when comparing saw blades: carbide grade and tip dimensions. Here's why they matter more than tooth count.

CARBIDE GRADE determines wear resistance — how long the cutting edge stays sharp under load. Different grades are formulated for different materials and wear patterns.

LEUCO HL Board 04 plus: The standard for panel sizing. Optimized for MDF, particleboard, and laminated panels. This is what you'll find on every U-Cut blade. It balances hardness with toughness — critical when cutting abrasive materials like particle board.

LEUCO HL Board 06: Engineered for applications requiring finer edge retention — Hollow Ground (Duplovit) blades, Q-Cut TR-F K blades, and non-ferrous metal cutting. The Hollow Ground blade can perform virtually chip free cuts on most materials.

LEUCO HL Board 20: Formulated specifically for solid wood. Different wear pattern than panel materials — the grain structure of solid wood requires a tougher, more impact-resistant carbide.

TIP DIMENSIONS directly determine how many times a blade can be resharpened — and therefore its total cost of ownership.

Standard U-Cut TR-F: 10.5 x 3.5mm tips. Good for standard service cycles.
U-Cut Max TR-F: 13.0 x 4.0mm tips. At least 6 additional regrinding cycles over standard tips.

The math: if resharpening costs $35 and each cycle gives you another 12-18 shifts of blade life, those 6 extra regrinds represent $210 in service cost that yields 72-108 additional shifts. That's a cost-per-shift calculation your purchasing team should be running.

When comparing blades across manufacturers, check these two specs first: carbide grade (what material was it designed for?) and tip size (how many lives will this blade have?). Everything else is secondary.

Want a carbide grade recommendation for your material mix? Tell us what you're cutting! ⬇️

05/04/2026

May the 4th be with you… But with easyFix bore, you won't need it. 🪐 No struggling. No forcing. Just click, lock, and cut. Even Jedi had to learn the hard way — your blade changes don't.

😎 easyFix bore is available in many of our product lines. Give us a call or DM to learn more.

04/30/2026

Free Shipping online for most orders over $100. Clear out that April budget and grab some HighlineXP industrial saws, HP+ spirals, or some new collets or clamping for high efficiency and better cut quality with LEUCO!

Link to shop in comments:)

04/29/2026

Did you know?
You don't always need a scoring saw blade.
The right main blade can give you a clean bottom edge without one.

Technical deep-dive: The Hollow ground blade can perform virtually chip-free cuts on most materials.

The challenge: when cutting laminated or coated panels on a table saw without a scoring blade, the bottom face chips out. The main blade's tooth geometry tears the laminate layer on exit. Traditional solution: run a separate scoring blade ahead of the main blade to pre-cut the bottom layer.

The Hollow Ground approach: redesign the tooth geometry so the main blade itself produces a clean bottom edge.

The key is the DA-F DU tooth configuration — inverted-V + flat tooth with hollow ground geometry. The inverted-V teeth score both faces of the panel as they enter the cut, while the flat teeth clear the material between them. The hollow grind maintains the cutting geometry through multiple resharpenings.

Technical specs: TC grade HL Board 06. Hook angle +10 degrees (positive) or -6 degrees (negative, for vertical panel saws). TOPLINE tolerances. Low Noise design. easyfix bore in H7 quality.

Available diameters: 220mm (Z42) through 400mm (Z84) in positive hook angle. 250mm through 350mm in negative hook.

Best applications: Altendorf, Martin, SCM, and Felder table saws. Striebig and HolzHer vertical panel saws. Raw and laminated wood-based materials where you want clean edges on both faces without a scoring setup.

The bottom line: one blade, both faces clean, no scoring saw required. Fewer setups, less tooling inventory, and the same edge quality your customers expect.

Running a Striebig or vertical panel saw? Message us or give us a call to ask about the Hollow Ground set up for your specific machine!

Topline Tungsten Carbide Sizing Saw Blade with DA-F Tooth Geometry

04/28/2026

We are in the throes of planning!! We think we should bring back the HAT BAR this year? Who's in agreement? Drop a comment below and let us know!

Make plans NOW in your IWF pre-show planner to stop by our booths: B5553 & B9828

04/27/2026

Approximately 3,300 blades shipped with the new bore since 2019. Zero complaints about mounting friction. That's what 'easyfix' solved.

For years, operators reported the same small frustration: mounting saw blades on machine shafts required too much force. The classic round locating bore — a design unchanged for decades — created too many contact points between bore and shaft. This caused friction, wedging, and slow blade changes. Especially true on longer shafts and on tight-tolerance H7 fits.

It's not the kind of problem that stops production. It's the kind that slows it down — 15 to 30 seconds per blade change, multiplied across thousands of changes per year.

Our product engineering team spent three years developing the easyfix bore. The concept: reduce the contact surface between the bore and the shaft by redesigning the bore geometry. Fewer contact points mean less friction. Less friction means the blade slides on smoothly — even on H7 quality fits.

The result: immediate operator feedback. 'It just goes on.' No wedging. No forcing. No wondering if the fit is right. The bore is now standard across many of our product lines.

Sometimes the biggest impact comes from the smallest redesign. A bore is just a hole — unless it's the hole your operator fights with 4 times a shift.

Has mounting friction ever been an issue on your beam saws? Curious how many shops have noticed this. Drop a comment ⬇️

04/24/2026

A diamond (DP) jointing cutter takes approximately 4.5 hours to resharpen properly.
A carbide (TC) saw blade? Around 20-25 minutes. Know the difference when considering your turnaround needs...

Did you know there's a significant quality gap in the tool resharpening industry—and most shops don't see it?

Here's what proper diamond tool resharpening actually looks like:

First, visual inspection — checking for tip damage, eruptions that require tooth replacement, and overall tool condition. Then programming — either to factory standard or custom spec. Then the actual eroding process on CNC-controlled machines with automated loaders running 24/7.

A DP jointing cutter (Diarex 125x64x30 Z3+3) takes approximately 4.5 hours of pure eroding time. A DP hogger (PowerTec III 250x14.5x60 Z20+10+5) takes about 5 hours. Tolerances are held to 1/1000mm.

Compare that to TC saw blades: face and back grinding under oil on CNC machines, 20-25 minutes, tolerances to 1/100mm.

After sharpening: quality control via electronic measuring machines, and concentricity checks.

The shops that treat resharpening as a commodity — choosing the fastest, cheapest option — consistently get tools back that underperform. The tolerance stack-up compounds over service cycles. By the third resharpening from a low-quality vendor, you're running a tool that's out of spec and producing defects.

Resharpening is not maintenance. It's remanufacturing. The quality of the service directly determines the quality of your next 10,000 cuts.

04/23/2026

Choosing a panel sizing blade is like choosing a wrench size.
An adjustable one works. The right one works better and lasts longer. 😎

Panel sizing blade selection guide — save this for your LEUCO next tooling order.

U-CUT TR-F ("The Universal One"): Your go-to for single boards and medium stacks. TC grade HL Board 04 plus, TOPLINE tolerances, Low Noise design. Available from 300mm to 650mm, mostly Z72. Hook angle 10 degrees (D380mm). Best for: daily production cutting of raw and laminated wood-based panels where you need reliable performance across mixed materials.

U-CUT TR-F MAX ("The Long-Life One"): Same materials as the standard U-Cut, but with oversized TC tips (13.0 x 4.0mm vs. 10.5 x 3.5mm). This gives you at least 6 additional regrinding cycles. Best for: shops running high volumes that want maximum blade life before replacement. The upfront cost is higher, but cost-per-cut drops significantly over the blade's lifetime.

U-CUT TR-F SPEED ("The Power One"): Designed for high stacks and maximum throughput. Starts at 520mm diameter, goes up to 750mm, Z60. Aggressive 20-degree hook angle with conventional gullet shape for chip clearance. Best for: large beam saw operations, cutting full stacks where cutting speed and chip evacuation matter more than finish quality.

Q-CUT G6 ("The Finish Specialist"): Six teeth in grouped sequence (TR-FFA-FFA pattern) for premium edge quality. Available as standard, "thin kerf," and nn-System variants. Best for: finish cuts on foil-laminate, plastic-laminated, or veneered panels where edge quality is the priority.

Q-CUT G5: Five teeth grouped (F-WSA-WSA-WSA-WSA). Best for fiber-containing panels — blockboard, veneer panels, plywood, lightweight panels. The tooth grouping distributes cutting forces for cleaner, chip-free edges.

The decision tree: Sizing/rough cuts? Start with U-Cut. Finish cuts on coated panels? Q-Cut G6. Fibre-containing panels? Q-Cut G5. High stacks, maximum throughput? U-Cut Speed.

➡️ Use this post to shop sawblades online HERE: https://shopleuco.com/collections/circular-saw-blades

LEUCO offers carbide and diamond-tipped circular saw blades for sizing or trimming cuts for solid wood, wood-based panels, composite materials, plastics and non-ferrous metals.

04/20/2026

A $180 blade that lasts 18 shifts costs $10/shift.
A $90 blade that lasts 6 shifts costs $15/shift. The 'expensive' blade is cheaper.

Did you know most shops evaluate tooling cost the same way they evaluate office supplies? Price per unit.

But a saw blade isn't a box of pens. Its real cost is measured in what it produces — not what it costs on the purchase order.

Here's the math that changes the conversation:

Blade A: $90, lasts 6 shifts, 3,000 cuts = $0.030 per cut
Blade B: $180, lasts 18 shifts, 11,000 cuts = $0.016 per cut

Blade B costs twice as much on the PO. But it's 47% cheaper per cut. Add in the downtime for blade changes — an average of 15 minutes per swap on a beam saw — and Blade A costs you an additional 2 hours of lost production per month.

This isn't a quality argument. It's a math one.
The shops that track cost per cut instead of cost per blade consistently spend 15-25% less on tooling annually. Not because they found a cheaper supplier, but because they stopped measuring the wrong thing.

The question isn't 'how much does the blade cost?' It's 'how much does each cut cost?' Until your purchasing process tracks that number, you're optimizing for the wrong outcome.

Curious to hear what's working...What metric does your team actually use to evaluate tooling spend?

04/19/2026

Everyone's complaining about carbide prices. We're quietly solving them. 💎 PCD diamond tooling lasts longer, cuts better, and doesn't flinch every time tungsten prices spike.

Now's the time. Talk to LEUCO — we'll make the switch easy. 📞 Call us. 📧 Email us. We've got you.

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Have your tooling costs been rising? If so, you are not alone. Why? Because one of the most important materials in modern machining has become multiple times more expensive.

04/17/2026

Your tooling has secrets. We're spilling them. 🤫

If you've ever wondered why your blades wear faster than they should, why your cuts aren't as clean as they could be, or whether you're leaving money on the table every single shift — this session is for you.

📍 "Tooling Secrets That Every Shop Should Know"
🗓 Tuesday, August 25 | 10:30 AM – 12:00 PM | Room B303
📌 IWF 2026 — Atlanta, GA

Join LEUCO's own global team of experts as they pull back the curtain on the tooling knowledge most shops never learn — until it's costing them.

This isn't a sales pitch. It's 90 minutes of real-world expertise from people who live and breathe precision tooling every day.

You'll walk out sharper than when you walked in. (Pun absolutely intended.)

👉 Seats are limited — register now and lock in your spot:
https://iwf26.mapyourshow.com/8_0/sessions/session-details.cfm?scheduleid=45