FHONK Unveils Tungsten Carbide Vibration Blade at Guangzhou Footwear Expo: 40% Faster Smart Cutting Drives Industry Upgrade

On May 15, the 33rd Guangzhou International Footwear, Leather & Industrial Equipment Exhibition grandly opened in Hall D of the Canton Fair Complex. This global industry event, spanning over 20 countries and 700 enterprises, showcased innovative achievements across the entire shoemaking ecosystem—from intelligent equipment and eco-friendly materials to cutting-edge design. As a leader in intelligent cutting technology, FHONK Precision Cutting Tools made a strong debut with its self-developed "Tungsten Carbide Vibration Blade" series, injecting breakthrough technology into the traditional footwear industry to drive intelligent upgrades. 

At the exhibition, FHONK’s star product, the Tungsten Carbide Vibration Blade, demonstrated its ability to perform continuous, precise cutting with smooth, burr-free edges using a high-frequency micro-amplitude cutting technique of 1,200 vibrations per second. Crafted from ultra-wear-resistant tungsten steel alloy, the blade boasts a lifespan over five times longer than traditional tool steel blades. Its unique edge design, paired with an intelligent pressure sensing system, automatically detects leather grain direction, significantly improving material utilization when cutting irregular shoe uppers and reducing waste by 35% compared to conventional stamping processes. 

FHONK staff explained, "For special materials like rubber and EVA foam, the vibration blade adjusts amplitude and frequency in real time via a frequency conversion module, preventing carbonization caused by high temperatures while ensuring the integrity of complex patterns." Equipped with FHONK’s Tungsten Carbide Vibration Blade, the intelligent cutting machine operates 40% faster than laser cutting systems.

Amid the global wave of intelligent manufacturing transformation, FHONK Precision Cutting Tools has established a new paradigm of intelligent cutting that integrates "efficiency and precision," with the Tungsten Carbide Vibration Blade as its core. The innovation lies not only in the deep integration of material science and mechanical engineering but also in redefining the value boundaries of traditional tools through digital control systems.