LI CHING PO ＂Use a mechanical arm to move future’s world＂

Over the years, Mr. LI CHING PO has been committed to the research and development and application of industrial mechanical arms. He has obtained a number of Utility Model Patent Certificates issued by the State Intellectual Property Office of China, including a new mechanical claw device for industrial mechanical arm and an efficient physical cooling mechanical arm, which is with world's leading industrial automation technology and has been widely used in the assembly and production lines of well-known Chinese automobile brands, automated fruit and vegetable picking of various rural farms, and the logistics distribution assembly line in China

efficient physical cooling mechanical arm

mechanical claw

Because of its high-efficiency physical cooling characteristics, it greatly reduces thermal mechanical strain caused by long-term work, solves the shortcomings of traditional industrial robots, and is more cost-effective. LI CHING PO even said: "Our mechanical arms, from core parts to algorithms, and other design work, including all key components, need to be developed by themselves, and even a screw needs to be customized, and then to test whether it is feasible and reliable. This is a process from scratch, from zero to one, and I personally master the core technology. When my own technology is used in my own products, it is bound to be of high quality and low price, better than peers."

The mechanical arm designed and developed by LI CHING PO has been in the forefront of domestic industrial robot exports for two consecutive years. It carries LI CHING PO’s technology and efforts to sell to many countries and regions around the world, including Bolivia, Taiwan, Malaysia, and South Korea. In a wide range of fields such as industry and agriculture, international companies can easily replace traditional manual work with mechanical arms, transplant work tasks into similar scenarios, learn similar objects, new skills, and quickly adjust to new production lines, greatly reducing The high labor cost has improved the global influence of the advanced manufacturing field.

With his influence in the field of industrial robots and the international contributions brought about by the introduction of China's advanced automation technology to the world, LI CHING PO has won numerous awards. In 2020, he won the Social Responsibility Award issued by the Guangdong-Hong Kong-Macao Greater Bay Area Entrepreneur Association of the First Guangdong-Hong Kong-Macao Greater Bay Area Outstanding Young Entrepreneurs. In 2021, he was invited by the Chinese Scientists Organization Committee to attend the forum as a VIP guest in the name of scientific and technological innovation (Corporate Chief Scientist Forum, Academician Forum, etc.). At the same time, he and Guangdong-Hong Kong-Macao Youth Entrepreneur Technology (Guangzhou) Co., Ltd. were specially nominated by the Chinese Scientists Organization Committee as the "14th Five-Year" Science and Technology Innovation Outstanding Person and the "14th Five-Year Plan " Science and Technology Innovation Influential Brand.

In the future, Mr. LI CHING PO will continue to utilize his experience and resources in the import and export market, and conduct further consultations with countries in Europe, South Africa, South America, etc., to promote the "LI CHING PO" brand high-efficiency cooling mechanical arm and mechanical claw to more countries and increase production efficiency and profit margins in more fields and industries such as industrial manufacturing, logistics, and agriculture in the region. At the same time, Mr. LI CHING PO will continue to cooperate with science and technology, innovation laboratories and committees of various universities in China to further promote industry-university-research cooperation, improve mechanical arm technology, and implement as soon as possible to promote mechanical arms in medical, unmanned stores/supermarkets and restaurants. Landing applications in a multi-human interference environment can realize the automation of boring, tiring or health-damaging tasks, and at the same time create more interesting and valuable opportunities to move the whole world with a mechanical arm.