TOOTH SELECTION CHART
Neutral rake angle.
N-TOOTH
SUITABLE FOR:
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short-chip materials
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small work pieces
Positive rake angle.
CS-TOOTH
SUITABLE FOR:
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long-chip, tough materials
-
universal application
Positive rake angle.
DCS-TOOTH
SUITABLE FOR:
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heavy duty, high alloyed work pieces
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large cross-sections
Positive rake angle.
CSP-TOOTH
SUITABLE FOR:
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austenitic materials
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nickel-based alloys
Positive rake angle.
CST-TOOTH
SUITABLE FOR:
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short chip materials
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profiles, tubes, bundles
Positive rake angle.
CW-TOOTH
SUITABLE FOR:
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low-alloy materials, aluminum
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mold construction, contours
Variable, extremely positive rake angle.
CHT-TOOTH
SUITABLE FOR:
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hard-to-cut materials, heat-treated steels
-
large to very large work pieces
Variable rake angle.
TR/TRN-TOOTH
SUITABLE FOR:
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heavy duty work pieces
-
high cutting performance
BREAK-IN PROCEDURE
In order to maximize the performance of Eberle blades the teeth must be carefully honed similar to sharpening a knife. This process, called break-in, will ensure the blade can be used up to 100% of its capability. To do this, run the new blade at the recommended surface feet per minute (SFPM) on the material you are cutting. The cutting rate however, must be reduced by half for the first 30 minutes of cutting. Afterwards increase the feed to the full recommended cutting rate.
V-MODIFICATION PROCESS (V-MOD)
At our weld-center we have created a proprietery capability to apply a ‘wave’ or ‘ramp’ on the back edge of the blade. We call this process ‘V-MOD.’ The wave allows the blade to move in and out of the cut which helps the teeth to penetrate work-hardened material. The length and depth of the wave can be adjusted via CNC programming and is determined by the size of the material being cut. *V-MOD can be applied to any blade and size in our selection and is done the same day as the order for fast turn-around time to the customer.
