Contact a saw supplier. You will need to use a coolant, usually these are water with a water soluble oil in them.
It may require a carbide tipped blade, and great care.

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P.E. Metallurgy, consulting work welcomed

Wet abrasive saws are available.

https://everettindustries.com/everett/wet-abrasive...

Carbide on hard materials would require very precise feed control and rigid fixturing.

Thank you for the responses, so you still think a chop saw with cold saw wheel can work?

Absolutely not. Cold cut saws are unique and expensive in that they have gearing to slow the blade down. Chop saws tend run directly at motor speed.

I live confused... are You cutting/machining...

Nitinol => nickel- titanium alloy [tube] material [that is bio-compatible]??

… AND also [separate-subject/material]...

UHS alloy steel [like bars, plate, etc]???

Regards, Wil Taylor
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Listen to Tug, cold saws are special, very rigid, precise speeds, and controlled feeds. They are nothing like a chop saw.
Each material (and with tubing each wall thickness) will have its own blade/speed combination.
Cold saws are not fast, they are clean and precise. And expensive even before you start buying blades.
A good auto feed wet abrasive saw is a real option. They come with full hoods and take minimal ventilation.
Don't expect to get good cuts on difficult materials with a cheap solution, it doesn't work that way.

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P.E. Metallurgy, consulting work welcomed

@WKTaylor its a M2 Steel as a mandrel for drawing

I was wondering if I can pick your brain on the same subject, but different application. I am looking for a solution for final cut process for Nitinol Tubes/wires at the final cutting stage. Currently we are using an wet abrasive method. The range of Tubes/wires are from 0.009" to 0.35".The solution should give a square cut and as minimum Burr as possible. The challenge is that ECG is not working since we have to cut tubes in bundle, which is a shrink tube. Any machine equipment/machine or other method to suggest? Currently we are using a Resin Copper Silicone Carbide wheel which performs fairly good.
I would appreciate if you can give me a tip or any suggestion for the equipment.

The same process used for electro-polishing can also be used for deburring.

Well I had to go and research this curious alloy, which previously I knew only by its name.
The answers I found were literally mind bending...

"Everyone is entitled to their own opinions, but they are not entitled to their own facts."

There are electrochemical saws also. The use a bronze blade, basically a version of EDM.
Of course wire EDM may also be an option.

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P.E. Metallurgy, consulting work welcomed

IM, yeah, nitinol is almost magical.

TTFN (ta ta for now)
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