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SPECIAL HARD METAL ROTARY CUTTERS FOR ALUMINIUM HM1 - LONG SERIES SPECIAL HARD METAL ROTARY CUTTERS FOR ALUMINIUM HM1 - LONG SERIES

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The special carbide rotary cutters for aluminium HM1 of the long series are designed for machining operations requiring precision and durability on aluminium materials. Made from carbide suitable to ensure...
The special carbide rotary cutters for aluminium HM1 of the long series are designed for machining operations requiring precision and durability on aluminium materials. Made from carbide suitable to ensure...
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SKU: K2602600508  FRESE ROTATIVE PER METALLO,KRINO,PRODOTTI,TUTTI I NOSTRI PRODOTTI
Description Description
The special carbide rotary cutters for aluminium HM1 of the long series are designed for machining operations requiring precision and durability on aluminium materials. Made from carbide suitable to ensure wear resistance, these cutters are suitable for roughing and finishing operations, providing good cutting quality. The long series allows for greater machining depth, facilitating access to difficult points without compromising tool stability. The cutting edge geometry is optimised for the removal of aluminium-specific chips, reducing the risk of clogging and improving process efficiency. These tools are used in professional fields where reliability and consistent performance are required during the machining of light alloys.
The special carbide rotary cutters for aluminium HM1 of the long series are designed for machining operations requiring precision and durability on aluminium materials. Made from carbide suitable to ensure wear resistance, these cutters are suitable for roughing and finishing operations, providing good cutting quality. The long series allows for greater machining depth, facilitating access to difficult points without compromising tool stability. The cutting edge geometry is optimised for the removal of aluminium-specific chips, reducing the risk of clogging and improving process efficiency. These tools are used in professional fields where reliability and consistent performance are required during the machining of light alloys.