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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Designed and toleranced for air routers with guide bushings.
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Provides a smoother finish when grooving, slotting or blind routing than do single flute tools. Recommended when fixturing requires upward chip removal.
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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Designed and toleranced for air routers with guide bushings.
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Provides a smoother finish when grooving, slotting or blind routing than do single flute tools. Recommended when fixturing requires upward chip removal.
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Provides a smoother finish when grooving, slotting or blind routing than do single flute tools. Recommended when fixturing requires upward chip removal.
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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Provides a smoother finish than single flute in trimming and sizing. Recommended when chip flow should be directed down to protect the finish on the top of the material being cut.
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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Provides a smoother finish than single flute in trimming and sizing. Recommended when chip flow should be directed down to protect the finish on the top of the material being cut.
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Provides a smoother finish than single flute in trimming and sizing. Recommended when chip flow should be directed down to protect the finish on the top of the material being cut.
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Provides a smoother finish when grooving, slotting or blind routing than do single flute tools. Recommended when fixturing requires upward chip removal.
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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Designed for pocketing applications where the bottom of the pocket must be smooth.
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Provides a smoother finish than single flute in trimming and sizing. Recommended when chip flow should be directed down to protect the finish on the top of the material being cut.
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Designed for routing applications where speed and chip removal are primary considerations. This bit is also recommended when grooving, slotting, or blind routing.
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Provides a smoother finish than single flute in trimming and sizing. Recommended when chip flow should be directed down to protect the finish on the top of the material being cut.
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Provides a smoother finish when grooving, slotting or blind routing than do single flute tools. Recommended when fixturing requires upward chip removal.
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Provides a smoother finish when grooving, slotting or blind routing than do single flute tools. Recommended when fixturing requires upward chip removal.
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Provides a smoother finish when grooving, slotting or blind routing than do single flute tools. Recommended when fixturing requires upward chip removal.
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Designed as a general purpose spiral with several times the life of its high speed steel counterpart. This bit should be used when upward chip flow is preferred.
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Designed as a general purpose spiral with several times the life of its high speed steel counterpart. This bit should be used when upward chip flow is preferred.
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Designed as a general purpose spiral with several times the life of its high speed steel counterpart. This bit should be used when upward chip flow is preferred.
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Designed as a general purpose spiral with several times the life of its high speed steel counterpart. This bit should be used when upward chip flow is preferred.
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Designed as a general purpose spiral with several times the life of its high speed steel counterpart. This bit should be used when upward chip flow is preferred.
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Designed as a general purpose spiral with several times the life of its high speed steel counterpart. This bit should be used when downward chip flow is preferred.
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