Deburring - Robot High-Pressure Cleaning for Automotive Component
Scope of Application
2.0~ 50MP
Robotic High-Pressure Cleaning Machine
Compared to traditional cleaning machines, robotic cleaning machines offer higher flexibility, enabling 360-degree cleaning with no dead corners for parts such as cylinder blocks, along with faster cleaning speeds and higher efficiency. They allow for a more compact design of cleaning stations, making them better suited for the automotive industry.
Precision Component Cleaning Solution
During the processes of machining, casting, and forging, metal components may develop burrs, contaminants, oil stains, etc. In particular, solid particles can significantly reduce the service life of machinery, often leading to mechanical failures and damages. In response to the key issues in metal component cleaning, shannover offers precision component cleaning solutions to help customers enhance product cleanliness.
ABS Valve
Transmission Valve
Engine Cylinder Head
Engine Cylinder Block
Electric control system housing（OBC）
Drive Motor Housing
Reducer Housing
Powder Metallurgy
Surge Cleaning & Low-Pressure Spraying
High-Pressure Cleaning
After grasping the workpiece, it is moved to a fixed high-pressure nozzle for high-pressure (deburring) cleaning of critical holes. The maximum cleaning pressure can reach 50MPa.
Antirust Rinsing
Upon completion of cleaning, the workpiece is grasped and moved to the rinsing tank for agitation rinsing. For workpieces requiring antirust treatment, antirust measures are applied.
Vacuum Drying & Cooling
After cleaning, the workpiece is grasped and moved to a vacuum drying chamber for agitation drying. The negative pressure enables rapid drying of the workpiece at a lower temperature. Upon completion of drying, fans are used to blow cool air over the workpiece, rapidly cooling it to room temperature, allowing for subsequent airtightness testing and packaging.
Compressed Air Blowing & Air Knife Blowing
After blowing, the workpiece is automatically immersed into the vacuum drying chamber via rollers. The negative pressure facilitates rapid drying at a lower temperature. Once dried, fans are utilized to blow air over the workpiece, swiftly cooling it to room temperature. This prepares the workpiece for airtightness testing and packaging.