1820-2188.438 Kyocera 7/32" Carbide 4 Flute End Mill Stub SQ .2188" Diameter .438" Flute 2.50" Length .250 Shank
1820-2188.438 Kyocera 7/32" Carbide 4 Flute End Mill Stub SQ .2188" Diameter .438" Flute 2.50" Length .250 Shank
Part Number: 1820-2188.438
SKU: 155485103598
Manufacturer: Kyocera Microtools
Regular price
$13.50 USD
Regular price
$17.60 USD
Sale price
$13.50 USD
Unit price
/
per
100 in stock
PRODUCT STATS
DIAMETER | 0.2188" |
FLUTE NUMBER | 4 |
LENGTH OF CUT | 0.4380" |
OVERALL LENGTH | 2.5" |
SHANK SIZE | 0.25" |
SIZE | 7/32" |
BRAND | Kyocera Microtools |
CUTTING SIZE | 7/32" |
CUT DIRECTION | Up Cut |
ENDS | Single |
END STYLE | Flat, Square |
FINISH TYPE | Bright |
FLUTE DIRECTION | Right Hand |
MATERIAL | Solid Carbide |
MATERIALS CUT | Wood, Plastic, Aluminum, Copper, Steel, Titanium, Stainless Steel |
MPN | 1820-2188.438 |
Micro End Mill Sale from Kyocera Microtools
Key Features:
- Material: Made from high-quality carbide, known for its superior strength and durability, which enhances cutting efficiency and extends tool life - specifically for micro tool applications.
- Flute Design: Features two flutes that provide excellent chip removal and reduce heat buildup, allowing for clean and precise cuts. These are up cut design and have a 30° helix angle.
- Cutting Edge: Engineered for optimal cutting performance with sharp edges that ensure smooth, burr-free finishes on circuit boards.
- Shank: Typically comes with a standard shank size for compatibility with a wide range of CNC machines and routers.
Applications: General purpose milling of softer materials (such as plastics, aluminum, copper, steel, and wood), to keep chips from clogging the flutes.
Since 1987, Kyocera has designed and manufactured tight tolerance carbide tool for a broad range of markets including electronics, industrial, medical, automotive, and aerospace industries. Tools are manufactured in accordance with ISO certified quality procedures. They offer high-volume, CNC grinding consistency in diameters from .0015" to .500", with tight tolerances and superior surface finishes.