Breech Mechanisms TRIZ Cases
- Laser-Induced Firearm Grip Surface for Slippage Reduction
Laser-treated friction lines create localized high-grip firearm surfaces that reduce hand slippage without removing material.
- Laser-Induced Firearm Grip Surfaces to Reduce Slippage
Laser-formed friction lines on firearm grip surfaces increase traction while avoiding rough full-surface machining that can complicate manufacturing.
- Skeletonized AK Bolt Carrier for Lower Recoil and Gas Use
Weight-saving cutouts in the AK bolt carrier lower gas use, recoil, and muzzle rise while preserving structural integrity.
- Lower Receiver Jig With Bearing-Guided Rotary Tool Support
A bearing-supported guide plate shortens tool overhang and avoids direct guide contact, improving lower receiver hole accuracy and jig life.
- Skeletonized AK Bolt Carrier for Lower Recoil and Muzzle Rise
Tubular cutouts and side indents lighten the AK bolt carrier to reduce gas use, recoil, and muzzle rise while preserving reliability.
- Laser-Induced Firearm Grip Surfaces to Reduce Slippage
Laser-induced surface texturing increases friction on firearm contact areas, reducing grip slippage and improving control without complex treatments.
- Extruded Buffer Tube Structure for Lower-Cost Stock Adjustment
An extruded buffer tube integrates threads, a recessed channel, and latch recesses to cut manufacturing cost while preserving precise stock adjustment.