Abrasive flow deburring technology is favored for its ability to handle internal holes, intersecting holes, and complex cavities that are difficult to reach with traditional methods. But how exactly does this equipment work for beginners? Its operation involves both high-tech principles and rigorous procedures.
Using an abrasive flow deburring machine begins with the most crucial preparation—workpiece clamping and fixture selection. The operator needs to precisely position the workpiece in a specialized fixture. The core function of this fixture is to create a closed or semi-closed flow channel, guiding the abrasive media to flow directionally through the area to be deburred or polished. The quality of the fixture design directly determines the quality of the processing results; an excellent fixture ensures that the abrasive concentrates on the burr area while protecting the workpiece's precision surface from accidental damage.
After preparation, the next step is to start the processing cycle. This is usually done via a button on the control panel or a touchscreen command. Once the cycle begins, the machine enters an automated process: a hydraulic or electric system drives two opposing piston cylinders, forcing a semi-fluid abrasive medium under set pressure from one side of the workpiece to the other. This extrusion process is repeated, with the abrasive medium acting like a "microscopic river," repeatedly washing over the internal surface of the workpiece. When passing through narrow orifices or burr areas, the abrasive particles generate cutting force, efficiently and uniformly removing burrs and improving surface finish.
After the machining cycle ends, the pistons return to their original positions, and the operator removes the workpiece. At this point, some abrasive medium adheres to the workpiece surface, requiring cleaning, typically using a cleaning machine or manually. The entire process emphasizes standardization and repeatability. Modern abrasive flow equipment allows operators to save and recall different machining programs, setting specific pressures, cycle counts, and abrasive flow rates for different workpieces, ensuring consistent and high-quality machining results for every batch. Therefore, mastering how to use this machine means mastering a complete set of precision processes from clamping and parameter setting to post-processing.
Abrasive Flow Machine Uses Diamond Fine Powder,Silicon Carbide Powder or other Abrasives Mixed Into Polymer Elastic as a soft medium.The abrasives flow up and down through the inner holesor over the machined surface to achieve surface polishing.Especially suitable for all kinds of mould and irregular shape tiny cavities.
https://www.forkrobot.com
Email:info@forkrobot.com
WhatsApp:+86 15021631102
Abrasive flow deburring technology is favored for its ability to handle internal holes, intersecting holes, and complex cavities that are difficult to reach with traditional methods. But how exactly does this equipment work for beginners? Its operation involves both high-tech principles and rigorous procedures.
Using an abrasive flow deburring machine begins with the most crucial preparation—workpiece clamping and fixture selection. The operator needs to precisely position the workpiece in a specialized fixture. The core function of this fixture is to create a closed or semi-closed flow channel, guiding the abrasive media to flow directionally through the area to be deburred or polished. The quality of the fixture design directly determines the quality of the processing results; an excellent fixture ensures that the abrasive concentrates on the burr area while protecting the workpiece's precision surface from accidental damage.
After preparation, the next step is to start the processing cycle. This is usually done via a button on the control panel or a touchscreen command. Once the cycle begins, the machine enters an automated process: a hydraulic or electric system drives two opposing piston cylinders, forcing a semi-fluid abrasive medium under set pressure from one side of the workpiece to the other. This extrusion process is repeated, with the abrasive medium acting like a "microscopic river," repeatedly washing over the internal surface of the workpiece. When passing through narrow orifices or burr areas, the abrasive particles generate cutting force, efficiently and uniformly removing burrs and improving surface finish.
After the machining cycle ends, the pistons return to their original positions, and the operator removes the workpiece. At this point, some abrasive medium adheres to the workpiece surface, requiring cleaning, typically using a cleaning machine or manually. The entire process emphasizes standardization and repeatability. Modern abrasive flow equipment allows operators to save and recall different machining programs, setting specific pressures, cycle counts, and abrasive flow rates for different workpieces, ensuring consistent and high-quality machining results for every batch. Therefore, mastering how to use this machine means mastering a complete set of precision processes from clamping and parameter setting to post-processing.
Abrasive Flow Machine Uses Diamond Fine Powder,Silicon Carbide Powder or other Abrasives Mixed Into Polymer Elastic as a soft medium.The abrasives flow up and down through the inner holesor over the machined surface to achieve surface polishing.Especially suitable for all kinds of mould and irregular shape tiny cavities.
https://www.forkrobot.com
Email:info@forkrobot.com
WhatsApp:+86 15021631102
