Clear background：SOCL Industrial Cleaning Robot (QD750F)
In the production workshops of the power industry, different types of pollutants are generated due to the use of various materials and processes at different stages. If these pollutants are not cleaned up in a timely manner, they can affect product quality, even personnel safety, and corporate image.
SIASUN-SOCL, which embodies the widespread application of digitalization and intelligence, improves cleaning efficiency, emphasizes the sustainability of cleaning technology, promotes water-saving and energy-saving cleaning methods, and provides an overall solution for the power industry, addresses the cleaning issues plaguing enterprise production workshops.
Customer pain points:
01: The difficulty of cleaning lies in the numerous large equipment in the electric workshop, coupled with a complex layout. The ground is often left with residual oil stains and dust, primarily caused by lubricant leaks from the equipment. These stains are viscous and challenging to remove completely, rendering conventional cleaning methods ineffective. Debris can scratch the ground and become embedded in cracks, making it difficult to clean with ordinary cleaning methods and tools.
02: Safety and Efficiency: Due to the large number of electrical devices in the workshop, improper water control during floor cleaning can lead to electric shock accidents. Manual cleaning cannot be done promptly, and cleaning personnel may also slip and get injured or be scratched by sharp objects during the cleaning process due to contact with oil stains on the floor.
03: The manual cleaning process affects production. The electric workshop is busy with production tasks, and manual cleaning may interfere with production activities. Cleaning work may generate noise, water stains, etc., affecting production operations and equipment operation. It may even lead to production interruptions or delays due to cleaning personnel accidentally touching equipment or affecting logistics channels.
04: Low cleaning efficiency due to large area, requiring significant time and manpower for manual cleaning. Cleaning staff need to frequently change cleaning tools, wash mops, replenish cleaning supplies, etc. These auxiliary tasks interrupt the cleaning process, reducing overall cleaning efficiency
Project Highlights
Coordinated operation
1.It can achieve seamless integration, unified scheduling, and unified management with SIASUN autonomous mobile robots.
2. The SOCL cleaning robot is developed according to the standard “Data Interface Specification for Industrial Application Mobile Robots and Their Scheduling Systems”, and through configuration, it can coordinate operations with mainstream mobile robots in the industry.
New cleaning unit
To address the challenges of metal dust and oil stain adhesion in power workshops, SOCL is equipped with a functional module that can automatically discharge abrasive cleaning agents, achieving deep cleaning in heavily polluted areas such as graphite powder and lubricating oil.
Reduce costs and increase efficiency
Reducing interference in the production line will significantly enhance production focus and the traffic efficiency of the AGV system.
During nighttime production, reducing the level of dirt on the ground will effectively enhance product quality and ensure production line efficiency.
Enhancing customer value
1.Cleaning efficiency: One robot is equivalent to 2-3 cleaning staff, supporting 24-hour continuous operation.
2.Economic cost: By avoiding hidden costs, such as reducing the risk of equipment failures like short circuits and poor heat dissipation through cleaning up dust, oil, and other pollutants in the workshop, we can significantly reduce equipment maintenance costs.
3.Zero personnel safety risk: Quadruple hardware protection with laser, vision, sonar, and safety touch edges, achieving “zero contact” operation with mobile devices and personnel.
