Features
- T-shank design for improved grip and stability
- Bi-metal (BIM) construction for durable cutting edge and flexible body
- Narrow, tapered blade profile for cutting curves
- Ground pointed teeth for cleaner, snag-free cuts
- Suitable for hardwood and laminate
- Compatible with most modern T-shank jigsaw models
Specifications
Material | BIM |
Total Length [Mm] | 83 |
Total Length [In] | 3.25 |
Tooth Spacing [Mm] | 1.4 |
Tooth Pitch [Tpi] | 18 |
Recommended Min. Material Thickness [Mm] | 1.5 |
Recommended Max. Material Thickness [Mm] | 15 |
Pack Quantity | 2 Pcs |
Part Number | 2608655093 |
Type | T 101 AOF |
Packaging | Paper / Cardboard / Corrugated board - folded carton |
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Bi-metal jigsaw blade designed for curved, low-snag cuts in hardwood and hard laminate. The blade has a narrow, tapered profile and ground pointed teeth to improve cut quality on curves. It is intended for cutting workpieces up to 15 mm thick.
Model Number: T101AOF
Bosch PRO Hardwood clean curve Jigsaw Blade Review
Why I reached for this blade
I keep a small roster of jigsaw blades for very specific jobs, and this Bosch curved hardwood blade has earned a dedicated slot. Whenever I need a tight inside radius in hardwood or a clean scribe around laminate, I want a blade that’s narrow, predictable, and won’t explode into splinters the moment I steer off a straight line. This one checks those boxes. It’s a short, fine-tooth, bi‑metal blade with a tapered profile—purpose-built for smooth curves rather than fast ripping. If you expect speed, you’ll be disappointed. If you expect control and a clean edge in hard material, you’ll be pleased.
Setup and compatibility
The T‑shank fit is solid and confidence-inspiring. I ran it in two different modern jigsaws—a barrel‑grip and a top‑handle—and the engagement was snug with zero wobble. The blade’s short overall length (about 83 mm / 3.25 in) and fine pitch (18 TPI) telegraph what it’s for: thin to moderate stock, delicate curves, and finish‑ready surfaces. I turned off orbital action entirely for almost all cuts. A low to mid blade speed with a steady feed is where it shines.
Cut quality in hardwood and laminate
I tested it on:
- 12 mm and 15 mm hard maple
- 10 mm Baltic birch plywood
- Pre-finished oak veneer plywood
- High‑pressure laminate over MDF
In 12 mm maple, the top surface stayed impressively clean without painter’s tape or a zero-clearance shoe. In 15 mm maple, I could coax a similar finish with a slightly slower feed. Tear-out on the top face was minimal and largely confined to tight inside corners where I turned a bit too eagerly. The ground teeth feel sharp and precise out of the package; they slice rather than chatter. On Baltic birch, the cut line was crisp and needed only a light pass with 180-grit to be finish-ready.
Laminate is always a test of chip resistance. With the shoe tight to the work and orbital off, I got a chip-free edge through the laminate layer, provided I let the blade do the work. If you bull your way through, the thin laminate face can still chip—this is a jigsaw after all—but compared to general-purpose blades, the Bosch curved blade is much easier to keep honest along a scribe line.
Pro tip: pair it with an anti‑splinter insert or a strip of painter’s tape on the show face when cutting veneered ply or HPL. It’s belt-and-suspenders, but it makes a noticeable difference on brittle finishes.
Curves, radius, and control
The narrow, tapered back is the star here. I could steer an inside radius roughly the size of a quarter with full control; anything tighter is possible, but you risk heat and feathering the kerf. The blade resists walking in cross‑grain curves, and it doesn’t lever the saw around like wider patterns do. Because it’s short and fine-toothed, it tracks your scribe line instead of trying to straighten it. For sink cutouts in a laminate countertop or decorative scrollwork in solid wood under 15 mm, it’s an excellent match.
A note on technique: keep the shoe flat and support the work close to the cut. Curves amplify flex. If you tilt the saw or twist mid‑cut, any narrow blade will wander. This one is relatively forgiving, but physics is physics.
Speed versus finish
At 18 TPI, it’s built for finish quality, not output. In maple and oak, you’ll move slowly but confidently. For reference, a 300 mm curved cut in 12 mm maple took me about a minute with a clean, unhurried motion. Switch to faster, coarser blades if you’re just roughing in and plan to sand to the line. If you need the final edge off the saw, stay with this blade and light pressure.
Orbital settings deserve emphasis. With orbital on, the blade loses its composure in hard material and starts to nibble and lift chips. With orbital off, it polishes the line. I only bumped orbital to the first detent when cutting softwoods, and even then, only on gentle curves.
Durability and heat management
The bi‑metal construction pays off. The cutting edge stays keen longer than carbon steel equivalents, and the body has enough flex to survive tight turns without snapping. That said, this is still a fine-tooth blade. If you repeatedly push it into embedded metal, or force tight curves at high speed, you’ll blue the teeth and shorten its life. I did hit a couple of errant staples in veneered plywood; the blade shrugged and kept cutting, though I could tell it dulled slightly. Abrasive materials (cement board, plaster, concrete) are a hard no—wrong tool for that job.
I found the best longevity by:
- Letting the blade cool between long cuts
- Avoiding aggressive orbital settings
- Keeping the cut path waxed or dust‑free to minimize friction
One blade handled several meters of cutting in hardwood and laminate before I noticed any real degradation in cut quality. That’s respectable for a specialty blade.
Accuracy and deflection
Narrow blades can snake if you lean on them. The Bosch curved blade is better than most in its class, but if you force a curve too quickly or try to push through 15 mm hardwood at a ripping pace, expect deflection on the back of the cut. The fix is simple: lighter feed, slower blade speed, and pre-drill the tightest inside corners so you’re not asking the blade to pivot beyond its comfort zone.
I also like to make a shallow scoring pass on the show face before committing to full depth. Think of it as a kerf guide that helps the blade self-center.
What it’s not
- It’s not a general‑purpose workhorse. The short length and fine pitch are limiting outside thin stock and curves.
- It’s not a metal‑cutting blade. Light contact with brads or staples is survivable, but that’s not its remit.
- It’s not ideal for long, dead‑straight rips—use a wider, stiffer blade for that.
If you’re routinely cutting thicker than 15 mm or need maximum speed, pick a different pattern.
Value
This is a specialty blade at a premium price per piece, especially since they’re sold in small packs. For me, the value story is in what it prevents: chipped laminate that needs patching, extra sanding on veneered edges, or burned curves in hardwood you can’t hide. If you do cabinetry, finish carpentry, or install laminate tops and flooring, the time saved on post‑cut cleanup pays for the blade.
Tips for best results
- Turn orbital action off for hardwood and laminate.
- Use medium saw speed and light, constant feed pressure.
- Support the work near the cut and keep the shoe flat.
- Score the line or tape the show face on brittle surfaces.
- Pre‑drill inside corners to avoid over‑twisting the blade.
- Let blades cool between long cuts to preserve temper.
The bottom line
Bosch’s curved hardwood blade is a purpose-built tool that excels at tight, clean curves in hard materials up to 15 mm. It tracks beautifully, leaves a fine finish in maple, birch ply, and laminate, and holds its edge longer than basic carbon steel options. It won’t win races, and it’s not a do‑everything blade, but when the cut has to be clean and the curve precise, it’s a trustworthy choice.
Recommendation: I recommend this blade if you need clean, controlled curves in hardwood or laminate and you’re working within the 15 mm thickness range. It’s accurate, durable for its class, and minimizes chip‑out—exactly what I want for finish work. If your needs skew toward fast, straight cuts or thicker stock, choose a wider, coarser blade instead and keep this one on hand for the detail work it was made to do.
Project Ideas
Business
On-Site Laminate Flooring Scribe Service
Offer precision curved cuts in 8–12 mm laminate planks around radiator pipes, door casings, and irregular stonework. The blade’s clean, snag-free cut reduces chipping on decorative surfaces for pro-grade installs.
Custom Hardwood Signage and Inlays
Produce cafe and boutique signs with script lettering and logo inlays in 3–12 mm hardwood. The fine-tooth, curve-friendly blade enables tight details that finish cleanly without CNC-level investment.
Boutique Wooden Jewelry Brand
Launch a microbrand selling lightweight hardwood earrings and pendants with organic curves. Leverage small-batch production, low material cost from offcuts, and high perceived value with premium finishes.
Decorative Cabinet and Vent Panels
Supply custom cutout grilles and door inserts from 6–12 mm hardwood for cabinets, media consoles, and HVAC return covers. The curved, low-tear cuts produce precise patterns ready for paint or clear finish.
Curved-Cutting Workshops
Run classes teaching safe, clean curved cuts in hardwood and laminate. Monetize through tuition, project kits (prepped blanks and templates), and tool add-on sales using the T-shank BIM blade as the star.
Creative
Intarsia Animal Wall Art
Cut flowing, tight-radius segments from 6–12 mm hardwood species to assemble a multi-tone intarsia piece. The blade’s narrow profile and ground pointed teeth keep edges crisp on curves, minimizing sanding and fitting time.
Script Name Plaques
Use laminate or thin hardwood (8–12 mm) to cut cursive names and monograms with tight inside turns. Mount letters on a contrasting backer for nursery decor, door signs, or wedding displays.
Curved Inlay Charcuterie Board
Create a 12–15 mm serving board with sweeping inlay channels. Cut the inlay pieces from contrasting hardwood or laminate for a neat press-fit; the 18 TPI blade keeps edges clean to reduce gap-filling.
Wooden Jewelry Line
Produce earrings and pendants from hardwood offcuts with intricate curves and filigree. The low-snag cut preserves delicate bridges and reduces post-processing before finishing and hardware installation.
Lattice Lantern or Panel
Cut repeating arabesque or geometric patterns into 6–10 mm hardwood panels for tea-light lanterns or wall art. The tapered blade handles tight inside corners without tearing the grain.