Barrels in Chrome Molybdenum Steel:

The Chrome and Molybdenum added to the steel substantially improve its resistance to the wear generated by the incandescent ammunition especially to the first part of the rifling over that of traditional carbon steel.

The bars of steel we use are all induction treated at the steel mill which then translates into a longer life cycle for our barrels.

​

Cold hammer forging:

We rifle all our barrels by cold deformation rather than simply by subtractive manufacturing, which results in improved dimensional consistency and allows us to use steels with better mechanical characteristics (harder).

​

Our frames and bolts are machined from solid blocks of high-resistance steel . They undergo tailored heat treatments to optimize strength and durability.

Our frames undergo a Neutral Hardening Process to achieve strength and resistance. After this is complete, the areas in the frames subject to the highest levels of stress undergo additional spot hardening.

​

The  action is manufactured on lathes and milling machines starting from solid bars of high resistance steel alloy. It features three locking lugs with an easy and fast 60° opening.

​

The handle of the 3-front-lug bolt with a 5/16 thread is easily interchangeable. After machining, the action is heat treated for resistance, ground and chrome plated. The smooth contact surfaces guarantee effortless bolt movement as well as lower noise level than all competitors’ products.

The special steel of actions and bolts generates surfaces that are very hard, basically indestructible, but not fragile. The cores are strong.

 

The  guillotine-type extractor is extremely reliable and safe, as it cannot move backwards when the cartridge bottom expands under pressure. This design tends to reduce (but not eliminate) the damages generated by the use of ammunitions operating at out of range pressures.

​