Drilling And Cutting, Japan, Sumitomo Denko
Sumitomo Strong MultiDrill HX / HY – High Efficiency Solid Carbide Drills
Product Made in Japan
Manufacturer: Sumitomo
Model: HX / HY
Covers a wide range of cutting conditions for cast iron drilling. Easy-to-use and improved efficiency.
Product Video
Features
Model HX
Strong MultiDrill HX series is a special drill for cast iron which combines reduced cutting force and improved drill strength to achieve stable and high efficiency drilling.
For high-efficiency machining of cast iron
Utilizing a thick core with a special double margin design to ensure stable behavior even in high-efficiency drilling applications.
In addition, “RX-thinning” is used to significantly reduce cutting force to achieve high-efficiency drilling with more stability (for ø10mm drills) and also allowing high-efficiency drilling of more than vf=1,000mm/min.
Long tool life
“DEX Coat” exclusively for drills, utilizes nano-coating technology to achieve more than double the tool life of conventional coatings. Enhanced guiding function through optimizing margin positions, prevents breakage due to hole bending.
Model HY
Strong MultiDrill HY series is a 3-fluted drill that achieves stable, high efficiency drilling of steel and cast iron, reducing load placed on each cutting edge and ensuring long tool life.
For high-efficiency drilling of steel and cast iron
Utilizing a thick core with a 3-point margin design to achieve high-efficiency drilling with stable hole accuracy.
In addition, “RY-thinning” is used to achieve high-efficiency drilling with reduced cutting force and is applicable to cutting conditions of more than vf=800mm/min for steel and more than vf=1,000mm/min for cast iron (for ø10mm drills).
Long tool life
“DEX Coat” exclusively for drills, utilizes nano-coating technology to achieve more than double the tool life of conventional coatings.
High-level guiding functions with a 3-point margin design achieve stable and long tool life with minimized vibration
Specification
HX
Recommended Cutting Conditions
HY
Recommended Cutting Conditions