Intelligent Automated Cleaning

I Building an Automated Intelligent Cleaning Platform  

Establishing an automated intelligent cleaning platform fundamentally addresses issues such as high labor costs, long cycles, significant difficulties, and poor quality consistency associated with manual cleaning. With the mass production of mature robotic products, the prices of robots have notably decreased, leading to the integration of an increasing number of cleaning robots into modern factories.

I Six-Axis Robot  

Compared to traditional cleaning machines, six-axis robots offer numerous technical advantages, enabling flexible and diverse movements that significantly enhance cleaning quality and efficiency while maintaining stable reliability.

The operation of flexible robots is achieved through the interaction of three primary components: machine perception, machine action, and human-machine interaction. They possess:

• High flexibility
• Deformability
• Energy absorption capabilities, mitigating the impact of collisions and enhancing safety.

I Intelligent Robot Cleaning System  

A typical complete robot cleaning system comprises the following components:

• Robot system
• Loading and unloading conveying system
• Cleaning system
• Drying system
• Other auxiliary units, including water treatment, mist extraction, electrical intelligent control, safety protection devices, etc.

I Robot System  

The robot system integrates programmable controller technology, human-machine interface operation technology, simulation software, and robot control technology.

I Dustproof and Waterproof Features of Robots  

Given the harsh working environment, all components of the robot must meet an IP67 protection rating. External moisture and oil can severely damage the robot's internals if they penetrate. Thus, cleaning robots must be dustproof, drip-proof, and rust-resistant, enabling them to operate continuously even in the wet, high-pressure washing environment of a cleaning room.

I Cleaning Functions  

To fulfill various cleaning processes, common functions include deburring, surge-like humanized rinsing, fixed-point scanning cleaning, high-pressure cleaning, hot air drying, and vacuum drying. These functions can be combined as needed to form a comprehensive cleaning process.

I Application Cases  

Case 1: Skid Paint Removal Cleaning Robot in Automotive Paint Shop

Cleaning Target: Grilles and skids.

Case 2: Pre-Coating Cleaning Robot in Automotive Manufacturing

Cleaning Target: Various panels, structural components, etc.