We proudly announce a transformative leap in manufacturing: our new 315-ton hydraulic press. This cutting-edge technology elevates precision, efficiency, and quality in aluminum cookware production, delivering durable, high-performance pots and pans that surpass industry benchmarks.

At its core, this press harnesses Pascal’s Law, converting controlled force into immense pressure. A hydraulic booster uses pistons of varying sizes—smaller ones initiate force, transferring energy to a larger piston. This engineering marvel generates 315 tons of pressure, molding raw aluminum into lightweight yet robust cookware with flawless finishes, uniform thickness, and exceptional durability.

The press operates through a seamless, automated cycle. Starting with pre-pressing, aluminum blanks are primed for shaping. Pressure builds as the booster piston activates, forging metal into precision molds. The system then resets swiftly, ensuring minimal downtime. This rapid, efficient workflow transforms raw materials into premium components without sacrificing detail.

Post-pressing, custom stretching molds perfect each piece. These molds eliminate imperfections like air pockets and unevenness while enhancing heat distribution and structural integrity. The result? Cookware that excels in performance, durability, and visual appeal—ready for any kitchen.

This advanced press and mold system boosts production capacity while ensuring batch-to-batch consistency. Reduced material waste and expanded design flexibility align with sustainability goals, positioning us to meet global demand. It reflects our commitment to leading the industry through innovation and quality.

With this technology, we reaffirm our mission: cookware that blends durability, functionality, and timeless design. From home kitchens to professional settings, our products empower culinary creativity.