Taoji Intelligent Raised Thousands of Millions of Yuan from Shenzhen Kaifa Venture Capital to Accelerate the Layout of Ring Gearbox

Generado por agente de IAMarket Intel
martes, 15 de octubre de 2024, 5:50 am ET1 min de lectura
HLIT--

Dowell Intelligent Technology (Shenzhen) Co., Ltd. recently received a few million yuan investment from Shenzhen Capital Venture Capital. The financing will be used for the company's research and market expansion in the field of gearboxes.

Gearboxes are intermediate devices that connect power sources and execution agencies, with the functions of matching speeds and transmitting torque. In recent years, with the rapid development of industrial robots, humanoid robots, high-end CNC machine tools and other intelligent manufacturing and high-end equipment, harmonic gearboxes and RV gearboxes have been widely used in high-precision transmission and gradually realized domestic substitution. Meanwhile, more new gearbox technologies and products have injected new vitality into the industry.

Dowell Intelligent Technology has accumulated a lot in the gearbox field and has achieved breakthroughs in the gearbox field. Its predecessor has developed a Dowell ring gear reducer through eight years of research and development, which realizes the high-efficiency processing and production of core parts through its unique processing technology. The Dowell Intelligent Micro Ring Gear Reducer has the characteristics of high precision, small volume, light weight, large torque, 90-degree input and output, self-locking, and ultra-quiet, filling the industry's blank. It is understood that the company's products have been widely used in aerospace, machine vision, industrial automation, AGV, industrial robots, humanoid robots and other fields and have been highly recognized by customers.

The investment of Shenzhen Capital Venture Capital in Dowell Intelligent Technology will accelerate the company's research and market expansion and help Dowell's gearbox achieve breakthrough progress in industrial manufacturing and robotics.

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