A stout titanium monolock designed by Shane Sibert. Overbuilt? Absolutely! The Benchmade 755 Sibert Titanium Manual Folding Knife is one of the toughest manual folders we have seen from Benchmade or any company for that matter. The 755 MPR has been very well reviewed and has received an overwhelmingly positive response.
- Titanium mono-lock mechanism
- Tactical drop-point blade with ambidextrous thumb-stud opener
- M390 super steel blade (60-62HRC)
- Titanium and G10 handles with titanium tip-down carry clip
- Blade Length: 2.90 inches
- Blade Thickness: 0.164 inches
- Handle Thickness: 0.610 inches
- Blade Material: M390 Stainless Steel
- Blade Hardness: 60-62HRC
- Blade Style: Tactical Drop-Point
- Weight: 5.50 oz
- Clip: Tip-Down, Titanium
- Lock Mechanism: Mono-Lock
- Overall Length: 6.90 inches
- Closed Length: 3.80 inches
M390 Stainless Steel
A high performance blade steel with superior cutting ability and wear resistance due to its high concentration of vanadium and chromium carbides. Its unique powder metallurgical process also promotes a uniform carbide distribution and clean steel properties, making M390 a popular steel used in surgical cutting instruments and in applications requiring a high finish. As a blade material it offers excellent corrosion resistance due to its high concentration of Chromium.
Tactical Drop-Point Blade
A slow convex-curved drop in the point characterizes a drop-point blade. The drop-point format lowers the point for control but adds strength to the tip. Usually coupled with plenty of belly for slicing, this format is often used for hunting knives. It is also a fantastic all-around blade format.
The monolock mechanism is basically a locking-liner on steroids. The knife liner is one in the same as the knife handle, and thus it is designed and made to function as the locking mechanism. Subsequently, a thicker material is used to provide enough surface area to be a functional handle, and in turn creates a larger surface area to lock the blade with. If executed properly, the monolock design rates very highly in strength and function.