Is it possible for the ADO-SUS series to be used for special products?
The ADO-SUS series can be used for special products.
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Is it possible for the ADO-SUS series to be used for special products?
The ADO-SUS series can be used for special products.
Difference Between ADO-SUS Drill and ADO Drill
The main difference between the two drills is the corresponding workpiece material.
The ADO-SUS series is specialized in stainless steel and heat-resistant steel. The MEGA COOLER (φ6 or larger), which is an oil
The ADO-SUS drill series is regrinding possible?
Is it possible to use insoluble cutting oil (internal lubrication) in ADO-SUS drills?
Compared to water-soluble cutting oil, the cooling effect and oil discharge amount are poor, and the following problems are likely to occur.<
It is better not to step because it will be adversely affected by work hardening.
When using an inwater-insoluble oil agent, duel processing (G04) is recommended as a countermeasure against welding and chipping of the cutting edge due to an increase in cutting temperature, and a decrease in discharge due to an increase in chip size.
(FAQID:800)
The oil hole shape of the ADO-SUS drill exceeds φ6 and is quite different from the general oil hole shape, but what is the difference?
It is a new type of oil hole called MEGA COOLE
ADO-SUS drill blade chipping
After centering the 90-degree tip angle, which also serves as a chamfer, it is machined with an ADO-SUS drill, but the blade frequently chipping . How to improve that blade
In the processing of titanium alloys, bellows-shaped chips are emitted, which is a phenomenon that tends to occur when the cutting conditions are too fast.
Reduce the cutting speed or set the feed amount per revolution to 1.5%~2% of the drill diameter and check the chip condition.
▼ Bellows-shaped chips
ADO-SUS Step Machining
When processing SUS in the ADO-SUS series, it is basically recommended to use a non-step.
This is because step processing increases the opportunity to rub the inside of the hole, resulting in work hardening.
The strain on the blade by the step causes a decrease i