Overview
WE Knife Company has been around the game for a long time but has only recently begun manufacturing their own designs. They started by manufacturing OEM designs for other companies and have gained a reputation in the industry as a name you can rely on. Their products are innovative, beautiful, and extremely well-built so you can rest assured you're getting a supreme quality product at a great price.
The 912 Synergy 2 was designed by retired mechanical design engineer turned competitive shooter Jim O'Young. Jim leveraged his knowledge and experience to design and engineer the SpeedTech Synergy folding knife using SolidWorks, a state-of-the-art, 3-dimensional, solid modeling CAD software tool. It was the very first knife created using this technology and featured several design elements never seen before in a production folding knife: an ergonomic, fully 3D digitally sculpt surface handle machined from a single, solid billet of material, a captive floating bearing system and a button lock with increased engagement geometry. The Synergy was truly way ahead of its time and was awarded the Most Innovative American Design at the 1999 BLADE Show by its industry peers. On the 20th anniversary of the original Synergy design, Jim is proud to partner with WE Knife to continue the legacy and introduce an updated and re-engineered Synergy 2 to the next generation of cutlery enthusiasts.
Specifications
- Blade Length: 3.49" (88.6 mm)
- Closed Length: 4.76" (121.0 mm)
- Overall Length: 8.25" (209.6 mm)
- Blade Material: Bohler M390 Stainless Steel
- Blade Thickness: 0.13" (3.2 mm)
- Blade Hardness: 59-61HRC
- Blade Style: Trailing Point
- Blade Grind: Hollow
- Blade Finish: Stonewash
- Handle Material: Integral 6Al4V Titanium with Shred Carbon Fiber Inlays
- Handle Thickness: 0.58" (14.6 mm)
- Locking Mechanism: Frame
- Pivot Assembly: Ceramic Bearings
- Pocket Clip: Titanium (Tip-Up, Right Carry)
- Weight: 4.24 oz. (123 g)
- Designer: Jim O'Young
- Made in China
Comes with original box, zippered case and papers. Excellent condition.