Environmentally Friendly Products
Towards sustainable development of society,
OSG proposes initiatives that can be achieved with cutting tools.
Small efforts such as using environmentally friendly coolants to reduce the number of machining processes
and tools used can be a step toward realizing a sustainable society. Increasing machining efficiency improves
machine tool availability and reduces power consumption, which in turn leads to the major effort of carbon
neutrality. OSG will continue to promote environmentally friendly initiatives, starting with cutting tools.
Taps
Highly Efficient Multi-purpose Tap Series
Stable durability with environmentally friendly chlorine-free water-soluble cutting uid, which improves the machining environment.
Carbide A-Tap Series
The oil holes are enlarged so that sucient cutting oil can be supplied, which leads to stable and long tool life, contributing to waste reduction.
Highly Efficient Multi-purpose Forming Tap
Forming tap can reduce tool change time caused by cutting chip troubles and machine downtime required for removing accumulated cutting chips.
Enabling uninterrupted machining improves machining eciency and reduces power consumption.
X Performer Forming Tap with Internal Coolant Supply
MQL processing can suppress the scattering of oil and improve the working environment.
Drills
Carbide Drill with Oil Hole
Low coolant pressure and high drilling eciency in ultra-deep holes lead to reduced power consumption.
Furthermore, tool life is increased by approximately 4 times and waste is reduced.
Carbide Drill Series for Stainless Steel and Titanium Alloy
MEGA COOLER can lower the coolant supply pressure and reduce the power consumption of the coolant pump.
Small Diameter Carbide Drill with Oil Holes
The hollow shank design increases coolant output and extends tool life, leading to reduced waste.
End Mills
Anti-vibration Carbide End Mill
Stable durability and machining accuracy can be achieved with dry processing, which are all environmentally friendly machining methods.
Anti-vibraton Carbide End Mill with chipbreakker
The chipbreaker type breaks cutting chips into small and manageable pieces for easy removal, reducing machine downtime due to chip accumulation.
Carbide End Mill for High-hardness Steels
Longer tool life reduces waste and saves resources.
Carbide End Mill for High-hardness Steels
High-eciency machining made possible by composite radius shape, which shortens machine operation time and contributes to power consumption reduction.
DLC Coated Carbide End Mill for Non-ferrous Materials
Longer tool life reduces waste and saves resources.
Thread Mills
One Pass Thread Mill
By preventing deection, the number of machining passes and machining time can be reduced.
Thread Mill with End-cutting Edge for High-hardness Steels
Process integration and longer life through simultaneous helical drilling and threading lead to reduced waste.
High-efficiency Thread Mill with End-cutting Edge for Non-ferrous metals
Achieves good positional accuracy in threading of cast holes,reducing defective rates and waste.
Indexable
Indexable Flat Drill
Can be used continuously by simply replacing the insert, which contributes to signicant waste reduction.
Disc Cutter
Enables the use of large-diameter disc cutter even at φ125 on BT30 small machining centers, contributing to a signicant reduction in power consumption.
6-corner Shoulder Cutter
Longer tool life reduces waste and saves resources.
