On July 12, ForwardX Robotics, a fourth-generation mobile robot company, announced the completion of a 200 million yuan Series C+ funding round, with investors including Anhui Guokong Investment, Hefei High-Tech Venture Capital, and Hefei Industry Investment Capital. As a critical component that safeguards the stability of mobile robots, what specific role does the hydraulic buffer play?
Through its vision-based AMR (Autonomous Mobile Robot) product series and cluster scheduling system, ForwardX's solutions can fully meet the automation needs of customers across different industries such as logistics and manufacturing. Among them, the "order-to-person" solution is the most flexible logistics automation picking solution covering the broadest range of warehousing scenarios. The requirement for flexibility in this solution is clear. In the industrial production lines where mobile robots operate, hydraulic buffers are commonly used to control the impact force during the stopping and starting processes of mobile robots, preventing damage to mechanical equipment and loads caused by sudden stops or starts.
ForwardX has always been committed to becoming the world's most valuable mobile robot platform enterprise, turning mobile robots into a new productive force and unleashing greater human creativity. Hydraulic buffers are widely used in mobile robots. They are mainly used to provide smooth shock absorption and cushioning effects to protect the safety of the mobile vehicle and the goods it carries. In addition, in automated warehousing systems and logistics transportation, hydraulic buffers can also reduce vibration and impact during the transportation of goods, ensuring the safety and integrity of the cargo.
In conclusion, the application of hydraulic buffers in mobile robots can improve the stability and safety of transportation equipment, reducing damage and malfunctions caused by vibration and impact.
