-40%
CMT Chamfer Router Bits Two Flute Carbide Tipped 1/4-1/2" Shank 3/4-1-49/64" Dia
$ 16.62
- Description
- Size Guide
Description
Product DescriptionCMT chamfer bits can cut clean, accurate bevels and chamfers and are great for edge work or for making perfectly aligned multi-sided containers, boxes and other decorative projects. See illustration below for examples. Can be used for working larger scale projects such as beams and columns with excellent results.
SKU
D
I
L
S
R
836.130.11
3/4"
7/16"
2-5/32"
1/4"
15deg
836.190.11
7/8"
13/32"
2-5/32"
1/4"
25deg
836.280.11
1-1/4"
3/8"
2-3/32"
1/4"
45deg
836.920.11
1-49/64"
23/32"
2-5/8"
1/2"
45deg
CMT carbide tipped router bits produce flawless profiles due to the following features:
SUPERIOR HIGH STRENGTH STEEL BODIES:
CMT uses only high-quality, solid bar stock sourced from Switzerland, which provides exceptional resistance to fatigue and abrasion. Larger diameter bodies are heat forged before turning into precise bit bodies. This extra step produces a radial grain orientation which offers large diameter bits extra strength and durability. All machining fully automated ensuring the shanks and bodies are accurate and perfectly balanced.
ANTI-KICKBACK DESIGN:
This design controls the depth of cut and minimizes the chance of kickback, reducing your risk of injury.
SINTERHIP HI-DENSITY INDUSTRIAL CHROME CARBIDE:
CMT uses specially formulating chrome carbide specially designed to cut wood and laminates. A new process called SinterHIP (Hot Isostatic Pressing), helps prevent material failure and increases cutting life.
TRI-METAL BRAZING:
CMTs silver-copper-silver brazing “sandwich” provides a tight bond between the steel and the carbide, with a shock absorbing effect to protect the carbide tips when cutting harder woods and reduces the chance of failed welds.
NON-STICK ORANGE SHIELD COATING®:
Prevents bit from heating up, reduces pitch build-up, protects against corrosion, and provides a longer bit life.
MULTI-AXIS GRINDING CREATES A MIRROR FINISH LASTING 3X LONGER:
Sharpening is done to extreme precision on multi-axis CNC machines. Each bevel and angle are ground or sharpened to the micron, to produce a cutting edge that is both razor sharp, yet extremely durable.
WARNING:
Cancer and Reproductive Harm -
www.P65Warnings.ca.gov