Delivery Case: 1.5T Roller Type Bidirectional Conveying Omnidirectional AGV

Delivery Case: 1.5T Roller Type Bidirectional Conveying Omnidirectional AGV

Customer Background: Our customer is a leading automotive parts company specializing in the production of high-quality automotive components. With multiple manufacturing bases and a global distribution network, they are committed to improving production efficiency and product quality to maintain their leading position in the industry.

Project Requirements: The customer faced challenges in improving logistics efficiency and achieving high-precision docking between materials and production equipment during the production of automotive parts. They needed an advanced AGV (Automated Guided Vehicle) capable of high-precision docking in complex production environments, handling different sizes of pallets, and having strong lifting and conveying capabilities to achieve precise docking with production equipment.

Solution: We provided the Tien Yue Automation 1.5T Roller Type Bidirectional Conveying Omnidirectional AGV. This AGV was specifically designed to meet the customer's unique requirements:

• High-Precision Docking: Integrated advanced positioning and navigation technologies to ensure precise operations when docking pallets with production equipment.
• Omnidirectional Mobility: Capable of omnidirectional movement, allowing the AGV to navigate seamlessly in complex environments, enhancing flexibility and adaptability.
• Roller Type Bidirectional Conveying: Equipped with bidirectional rollers, ensuring smooth and precise docking and communication with automated and powered machinery, facilitating efficient material conveying.
• Strong Lifting Capability: The AGV can lift pallets weighing up to 1.5 tons, automating the loading, unloading, and docking processes with production equipment, thereby minimizing human errors and operation time.

Effects and Achievements: After the introduction of Tien Yue Automation's AGV, the customer's production line saw significant improvements:

• Enhanced Logistics Efficiency: The AGV's high-precision docking capability streamlined the transportation and handling of pallets within the production line, reducing transit times.
• Increased Precision: The automation of loading, unloading, and docking processes reduced human errors, ensuring consistency and accuracy in pallet handling and equipment docking.
• Improved Production Capacity: The efficient and reliable operation of the AGV contributed to higher overall production efficiency, enabling the customer to meet increasing demand.

Conclusion: This delivery case demonstrates Tien Yue Automation's innovation and technological prowess in the AGV field. By introducing advanced automated solutions, we have significantly enhanced the customer's production processes, driving their smart and digital transformation. We look forward to continuing our collaboration to further improve efficiency and productivity in the automotive parts manufacturing industry.