Kyocera Precision Tools

Brand: Kyocera
Product Overview
The Kyocera 0.035 Uncoated SGM09365 is a precision-ground solid carbide 2-flute square end end mill engineered for high-accuracy CNC milling in aluminium alloys, non-ferrous metals, plastics and general steels. Built on a tough micro-grain carbide substrate with a bright uncoated fi..
$16.13 USD $26.88 USD
Brand: Kyocera
Product Overview
The Kyocera 0.035 Uncoated SGM09448 is a precision-ground solid carbide 3-flute ball nose end mill engineered for 3D contouring, mold & die cavity finishing and fine detail work in tool steels, graphite and non-ferrous materials. Built on a tough micro-grain carbide substrate wi..
$20.16 USD $33.60 USD
Brand: Kyocera
Product Overview
The Kyocera 0.035 Uncoated SGM09449 is a precision-ground solid carbide 3-flute ball nose end mill engineered for 3D contouring, mold & die cavity finishing and fine detail work in tool steels, graphite and non-ferrous materials. Built on a tough micro-grain carbide substrate wi..
$20.16 USD $33.60 USD
Brand: Kyocera
Product Overview
The SGM00331 from Kyocera's SGM series is a premium solid carbide micro endmill designed for precision micro-milling and fine detail machining. Featuring a 0.035" (0.889 mm) cutting diameter with 2 flutes and a square end profile, this tool delivers high-precision dimensional accura..
$17.83 USD $29.72 USD
Brand: Kyocera
Product Overview
The Kyocera SGM04188 is a precision-engineered 0.0350" diameter 3FL square endmill manufactured from ultra-fine grain carbide substrate. Designed specifically for slotting, profiling, and pocketing operations, this tool delivers exceptional surface finish quality, tight dimensional ..
$31.82 USD $53.03 USD
Brand: Kyocera
Product Overview
The Kyocera SGM04216 is a precision-engineered 0.0350" diameter 3FL square endmill manufactured from ultra-fine grain carbide substrate. Designed specifically for slotting, profiling, and pocketing operations, this tool delivers exceptional surface finish quality, tight dimensional ..
$33.08 USD $55.13 USD
Brand: Kyocera
Product Overview
The Kyocera 0.0350 3FL Ball Nose Endmill (SGM04413) is a precision-engineered solid carbide micro-machining tool designed for medical implant micromachining and dental components. Manufactured in Japan from premium sub-micron carbide substrate with an advanced BN grade coating, this..
$26.15 USD $43.58 USD
Brand: Kyocera
Product Overview
The Kyocera 0.0350 3FL Ball Nose Endmill (SGM04460) is a precision-engineered solid carbide micro-machining tool designed for telecommunications waveguide channels and RF components. Manufactured in Japan from premium sub-micron carbide substrate with an advanced BN grade coating, t..
$33.33 USD $55.55 USD
Brand: Kyocera
Product Overview
The Kyocera 0.0350 3FL Ball Nose Endmill (SGM04488) is a precision-engineered solid carbide micro-machining tool designed for satellite structural brackets and antenna reflectors. Manufactured in Japan from premium sub-micron carbide substrate with an advanced BN grade coating, this..
$34.59 USD $57.65 USD
Brand: Kyocera
Product Overview
The Kyocera 0.0350 Solid Carbide Ball Nose Endmill (MPN: SGM01392) is a precision-engineered micro-machining tool designed for high-performance CNC milling operations. Featuring a 3-flute design with an optimized ball nose geometry, this endmill delivers exceptional surface finish q..
$23.25 USD $38.75 USD
Brand: Kyocera
Product Overview
The Kyocera 0.0350 3FL SQ End Mill (SGM01317) is a precision-engineered solid carbide milling tool manufactured in Japan. Designed for aluminum machining applications, this 3-flute square end mill delivers exceptional surface finish, dimensional accuracy, and extended tool life in C..
$20.03 USD $33.39 USD
Brand: Kyocera
Product Overview
The Kyocera SGM01186 is a premium solid carbide 3-flute square endmill featuring a 0.0350" (0.889 mm) cutting diameter and PR1535 PVD-coated grade substrate. Engineered for high-precision CNC milling operations, this micro-endmill delivers exceptional dimensional accuracy, superior ..
$27.53 USD $45.89 USD
