CMT Orange Tools 955.102.11 Hw Finger Pull Router Bit, S=8, D=19.05 x 19.05, Z=2
Product description
What it is and what it solves
The CMT Orange Tools 955.102.11 is a finger pull router bit designed to help create clean, consistent finger joints and decorative edge details. On the page it’s intended for, the bit arrives with a 19.05 mm diameter and a 4.76 mm radius, aiming to deliver smooth curves along the workpiece edge while maintaining the precision needed for repeatable joints.
How it’s designed for finger pull profiles
This bit’s geometry recognises the common needs of finger pull tasks: stable guidance through the cut and a radius that helps avoid sharp corners that can chip or flare. With a cutting length of 19.05 mm and two flutes (Z=2), it’s built to balance material removal with good surface finish, making it suitable for standard wood thicknesses typically involved in finger joint work.
Tech specs
- Name: CMT Orange Tools 955.102.11
- Diameter: 19.05 mm
- Radius: 4.76 mm
- Cutting Length: 19.05 mm
- Number of flutes: 2
- Package dimensions (approx): 3.8 cm L x 10.5 cm H x 3.8 cm W
Practical use and limitations
In practice, this bit should perform best on hardwoods or stable softwoods where the finger joints are a central feature of the assembly. The two-flute design can offer a smoother cut but may cut a bit more aggressively in knotty wood than a finer-flute alternative. It isn’t described with coating or extended-life specs, so durability under heavy daily use isn’t explicitly stated and should be considered if you’re planning high-volume production.
Who it’s for
It’s likely to appeal to woodworkers focusing on finger joints, edge profiles, or decorative detailing where a defined radius helps avoid weak corners. If your projects require very shallow cuts or very high-frequency jointing, you might want to compare with other bits to ensure it matches your feed rates and machine compatibility.
When it makes sense to buy
Opt for this bit if your work involves standard finger joints or edges requiring a 4.76 mm radius with a 19.05 mm diameter and you value a proven, geometry-focused approach. It’s a sensible mid-range option for hobbyists and small workshops prioritising predictable results without venturing into specialist tooling.
What to review before purchasing
- Confirm your router’s collet size and shank compatibility with a 19.05 mm diameter bit.
- Check your material and planned feed rate to ensure the two-flute cut will yield the finish you expect.
- Consider whether you need coating or extended-life features, the base spec doesn’t mention them.
- Mind the project type: this bit targets finger joints and edge work rather than heavy material removal.
What you’ll notice in use (use-case style)
Imagine edging a panel with precision finger joints, the radius helps keep the corners smooth as the bit progresses along the joint line. In a typical workshop scene, you’d set the depth of cut to the material’s tolerance and advance steadily to avoid chatter. If you’re after a crisp joint with minimal tear-out on standard woods, this tool can be a solid companion, though it may show its limits on highly figured or very hard woods where finish quality becomes critical.
FAQ
- Is this suitable for hardwoods? It can be used on hardwoods, but consider test cuts to assess finish and tool wear.
- Does it come with a coating? The information provided does not specify a coating.
- Can I run long production runs with this bit? The data available doesn’t include life metrics, for high-volume work, you may want to review wear and replacement needs in practice.
Should you buy it?
It makes sense if you’re matching a finger pull profile with a 19.05 mm diameter and need a reliable two-flute option without added coatings. If your work requires higher durability or specialised coatings, or you’re operating at high-volume production, you may want to compare with options that emphasise tool longevity or different flute counts. In short, it’s a capable, sensible choice for standard finger joint tasks rather than a premium, long-life solution.