On June 22, 2024, the 7th China National Beef Cattle Industry Technology Symposium opened in Shangqiu City, Henan Province, attracting more than 600 experts and entrepreneurs from China and abroad. The event focused on technological innovation and sustainable growth, and featured demonstrations of the Corn Flaking Mill, a core innovation driving feed efficiency. This small integrated flaking system has become a highlight of the exhibition, showing how modern processing can cut costs and improve cattle nutrition.

As an important part of this seminar, On June 23, leaders of Zhecheng County welcomed top beef cattle experts from France, Brazil, Australia, and Uruguay to visit local cattle farms and the Corn Flaking Mill experimental center jointly operated by Gaochang and BellaEx. Experts observed the “Zhecheng model” of cattle breeding and praised the Corn Flake Equipment for its ability to process grains efficiently at the pasture level, significantly lowering raw material costs.

Foreign experts in the delegation：

Jean-Francois Hocquette -- President of the French Animal Husbandry Society, Academician of the French Academy of Agricultural Sciences and the French Meat Engineering Academy

David Pethick -- Chairman of the Australian Meat Research Council, Professor at Murdoch University, Australia

Alvaro Simeone -- Professor at the University of the Republic of Uruguay

Luiz Nussio -- Professor and President of the University of Sao Paulo, Brazil

Diogo Costa -- PhD, University of Sao Paulo, Brazil

Mr. Huang -- Director of Shanghai Limuzan Development Center

Olivier Lasternas -- Chairman of the Limousin Breeding Center, France

Julen Mante -- Technical Director of Lanong Experiment Station

Meng Qingxiang, Chairman of the China Beef Industry Development Collaborative Innovation Platform, emphasized that China’s beef sector is expanding rapidly but still faces challenges in achieving high-quality growth. He noted that technologies like the Corn Flaking Mill provide essential momentum for modernization and international competitiveness.

Zhang Yuewen, Chairman of Zheniu Agriculture and Animal Husbandry, explained that the new processing method can reduce the price of steam corn flakes for beef cattle to 60 yuan per ton, saving about 200 yuan per ton. Experts expressed great interest in the compact and efficient Corn Flake Equipment, noting its simple operation, easy maintenance, and strong production efficiency. They agreed that the small integrated flaking system offers new opportunities for both small enterprises and larger feed producers.

When the experts first saw the Corn Flaking Mill, their eyes lit up with appreciation and curiosity. The Corn Flake Equipment immediately drew attention for its compact design and high efficiency. Experts noted that this Corn Flaking Mill is simple to operate and maintain, even for users without professional training.

After learning about its strong production output and cost-saving benefits, they praised the small integrated flaking system for its practicality and innovation. They agreed that the Corn Flaking Mill plays a vital role in improving production efficiency and reducing processing costs in the grain industry. This small integrated flaking system can meet the needs of small farms and feed enterprises while opening new market opportunities for modern feed processing.

Symposium between the expert delegation and county leaders

The seminar also included international forums linking China with South America, France, Australia, and the UK, as well as seven cooperation agreements between universities and industry. This successful event provided a valuable platform for knowledge exchange and innovation, further promoting China’s beef industry development through advanced feed technologies such as the Corn Flaking Mill.

The successful holding of this seminar has provided a platform for communication and cooperation for the beef cattle industry, which will promote the development of my country's beef cattle industry and make new contributions to the realization of China's modernization.