Maximize Machining Efficiency with Kyocera SGS Precision Tools’ Enhanced H-Carb Series
Kyocera SGS Precision Tools is revolutionizing machining efficiency with the latest expansion of its H-Carb seven-flute end mill series. Boasting over 400 new through-coolant options, these advanced end mills are engineered for deep-axial trochoidal and high-speed machining applications.
The H-Carb Series 77 through-coolant end mills feature a specialized core and flute design, enhancing rigidity, chip flow, and reducing deflection. With superior wear resistance and chip evacuation capabilities, these end mills excel in pocketing and slotting operations, delivering impeccable surface finishes.
Equipped with Ti-Namite-A or Ti-Namite-M coating technology, the expanded H-Carb portfolio ensures extended tool life across a wide range of materials. Chipbreaker profiles, along with square-end and corner-radii options, offer versatility to meet diverse machining specifications.
Key benefits of the H-Carb series include heavy-duty construction for improved rigidity, chip flow, and reduced deflection, chipbreaker profiles facilitating efficient chip evacuation, and the ability to tackle deep pocketing and slotting tasks with various lengths of cut. Through-coolant options further enhance wear resistance, surface finish, and chip evacuation, while trochoidal tool paths ensure constant cutter engagement for optimal performance.
Available in cutting diameters ranging from 1/4″ to 1″ and lengths of cut from 5/8″ to 4″, these end mills cater to a wide array of machining requirements. With coatings including Ti-Namite-M and Ti-Namite-A, and special options like chipbreakers and through-coolant capabilities, the H-Carb series is tailored to tackle materials such as steel, stainless steel, cast iron, high-temperature alloys, and titanium alloys across various industries, including aerospace, medical, automotive, and more.
Original source from MMS
