Automatic Sand Filling Robotic Arm

• Customization: Available
• Customized: Customized
• Surface Treatment: Painted
• Range of Applications: Industrial
• HS Code: 85
• Production Capacity: 5000

Product Description

Temperature measurement and sampling robotic arm
The temperature measurement and sampling operation of the electric arc furnace door is a necessary "dangerous" operation in production. With the increasing size of electric furnaces, the difficulty of temperature measurement and sampling operations is constantly improving. Especially for large electric furnaces, the stronger high-temperature thermal radiation and the risk of furnace door explosion further increase the level of danger in the working environment at the front of the furnace. With the upgrading and progress of industrial structure, electric furnace steelmaking is constantly seeking to improve its safety and automation level, replace manual labor in "dangerous" work areas for daily operations, and improve the well-being of workers. This will not only become a recognized standard in the industry, but will also inevitably become a legal requirement in the future. The design purpose of the temperature measurement and sampling robotic arm is to measure the temperature and carbon/oxygen content of molten steel in an electric furnace without interruption, and to automatically sample for chemical analysis of molten steel. It replaces traditional manual temperature measurement and sampling operations, reducing the possibility of personnel injury to zero. Simultaneously improve the stability of temperature measurement and sampling.
EBT automatic sand filling robotic arm
Improving the safety of operators, manual sanding is a high-risk operation. advantage:
1) Improve the enthusiasm of operators
2) Promote factory safety as the top priority in production
3) Improve the working environment for workers
4) Improve efficiency, stable operation of robotic arm, high efficiency
5) Automatic sanding time controlled within 30 seconds
6) Reduce operating costs
7) Stable and repetitive sand filling operations can reduce sand consumption