6 Key Trends in Transfer Cart Production
Production Process Development Trend
Welding Process Refinement
In the production of motorized transfer trolley, welding is the key link. In the future, the welding process will develop in the direction of refinement. The use of advanced welding robots can achieve higher welding precision and stability.
For example, the application of laser welding technology is expected to increase, which can make the frame and other key components of the weld more solid, and the weld is smooth and beautiful, effectively reducing welding defects, and improving the overall structural strength of electric transfer car.
Painting Process Environmental Protection
With the increasingly stringent environmental protection requirements, motorized transfer trolley painting process will pay more attention to environmental protection. The use of water-based coatings will be gradually popularized, the paint to water as a solvent, greatly reducing the volatile organic compounds (VOC) emissions.
At the same time, the coating production line will use more efficient drying equipment, such as infrared radiation drying technology, which not only accelerates the drying speed but also further reduces energy consumption.
Automation of Assembly Process
Automation equipment will be introduced more often in the assembly work of electric flat car. Automated assembly lines can accurately install components such as motors, controllers, wheels, etc., improving assembly efficiency and quality. For example, the installation and calibration of wheels through automated equipment can ensure the coaxiality of the wheels and reduce the vibration and noise when the electric flat car is running.
Battery Driven Transfer Cart 10 Ton Video
Development Trend of Equipment Technology of Transfer Cart
Intelligent Drive System
The drive system of electric transfer cart will become more intelligent. The application of brushless DC motors will be more and more widespread, which has the advantages of high efficiency, energy saving, and long life.
Moreover, the drive motors will be equipped with advanced controllers that can realize precise speed control and torque control. For example, by collecting the load information of battery powered transfer cart through sensors, the controller can automatically adjust the output power of the motor to achieve the purpose of energy-saving operation.
Navigation and Positioning Technology Upgrade
In some scenarios that require automated transportation, the navigation and positioning technology of battery powered transfer cart is crucial. Vision navigation, laser navigation, and other high-precision navigation technologies will gradually replace traditional track navigation. These advanced navigation technologies can enable electric transfer cart to travel flexibly in workshops, warehouses, and other places, avoid obstacles, and stop accurately at designated locations.
Strengthening of Safety Equipment Technology
Safety is always an important consideration for battery powered transfer cart. In the future, safety equipment technology will be strengthened, such as the installation of more sensitive anti-collision devices, when the detection of an imminent collision can be automatically detected. At the same time, the emergency braking system will also be further optimized to shorten the braking distance and safeguard the safety of people and goods.
