The Saros: Titanium

The Saros was designed to be the working mans everyday carry knife. Rugged enough to withstand the work and uses in the machine shop. Cutting pallet straps, thick webbing and plastic off of steel and other hard materials, yet elegant enough for church. The design was focused on strength and rigidity while maintaining sleek ergonomics to not be noticeable in the pocket(to the user).  These are the first generation of production saros and once they are gone they are gone, the creation of the Anura has implemented changes into the show side Saros.  Anodizing option are still the same! email me to work out what you’d like or if you want me to give it a makers choice. these are still awesome knives and by far the most comfortable in the hand, and that is out of the entire Hathaway Knives current  lineup.

$400.00

1 in stock

SKU: Saros (original) Category:

Knives made in the USA

The Saros design was based around simplicity. I wanted to eliminate every unnecessary component to create a solid reliable knife. This left me with five machined components that I make in my shop in Casper Wyoming and two bearings that I buy from within the United States.

The hardware is all made of 17-4 stainless steel.

6al4v Grade 5 Titanium Handle

The knife handle is made from aerospace titanium and was chosen for its incredibly durable/corrosion resistant properties.  Letting you not worry about how you use your Saros, it will hold up to the task and test of time.

S35Vn Blade Steel

The blade is S35Vn, a stainless steel development by Crucible Industries. S35Vn is a tough steel, almost stainless but remaining very hard, wear resistant, and resistant to chipping.

The Saros blade is 3/16” thick and has a 3.00” cut length. This makes for a 3.625 overall length.  

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Knife assembly

The knife has a specific order and process it must be assembled in order to get all the components to mesh properly.  The first few times the blade is actuated the bearings cold forge custom races to meet the specific tolerances of the knife. This not only creates a perfect union between all components it also hardens the material where it meets the bearings.