Engineered from the Ground Up

Traditional stall fork designs often require balancing strength, weight, and sifting performance.

When tine structures become overly rigid or overly flexible, long-term durability and usability can be affected over time.

Hexforx™ was engineered from the ground up using purposeful geometry, advanced material selection, and durability-focused structural design.

SiftCore™ Design System

The SiftCore™ hex structure is designed to support efficient separation while reinforcing the fork floor as a unified system.

Interconnected structure distributes load across the entire surface—reducing stress on individual tines during use.

Reinforced Geometry

Tine geometry is engineered to reduce stress at critical points while maintaining controlled flexibility under load.

Shorter tine length and reinforced transitions improve durability without compromising performance.

Material Selection

Constructed from impact-modified, glass-filled nylon to balance strength, durability, and impact resistance.

Chosen for its combination of stiffness, toughness, and long-term material stability.