Pre-Operation Safety Checks and Site Preparation‌
Before starting any work with the aeration mixer, confirm the entire setup is placed on a flat, stable surface with enough open space around it for unrestricted airflow. Clear away all loose items, spilled liquids, and unrelated tools from the work area to prevent tripping hazards or accidental contact with moving parts. Verify that the power connection runs to a properly grounded outlet, and the cord is laid out so it cannot be stepped on, rolled over, or pulled loose during operation.

Inspect the unit’s exterior for any visible signs of damage, such as cracked housing, frayed power cords, or loose mounting bolts. Check that all protective guards and safety interlocks are seated correctly and free of debris that could block their normal function. Confirm the liquid level inside the mixing tank meets the minimum required height, so the impeller remains fully submerged once the unit starts running. This prevents dry operation, which creates excessive vibration, puts unnecessary stress on the drive shaft, and raises the risk of unexpected mechanical failure.

‌Step-by-Step Operating Procedure for Standard and Custom Modes‌
Once all pre-operation checks are complete, turn on the main power supply to the unit. The control panel will illuminate, and you can select between standard mode and step mode to match your current process requirements. In standard mode, you can directly set the total mixing and de-aeration duration, while the rotation speed runs at a fixed, pre-calibrated level for consistent routine tasks. This setting works well for regular daily batches that do not require frequent speed adjustments.
In step mode, you can program separate values for mixing duration, de-aeration duration, and rotation speed across multiple sequential segments. This lets you build a gradual process that starts with gentle low-speed blending, moves to high-intensity aeration, and finishes with a steady de-foaming phase tailored to your specific material properties. After you finish setting all parameters, double-check that the tank lid is fully secured and no tools or loose objects are resting on top of the unit.
Press the start button to initiate the sequence. The mixing cycle will run through your programmed settings automatically, with the mixing phase completing first before the de-aeration phase begins. If you need to pause the process at any point, press the dedicated stop button, and wait until all moving parts come to a complete, stable halt before opening the tank for inspection. Never leave the unit running unattended for extended periods, and periodically check that the motor operating current stays within the rated range specified for continuous use.

‌Post-Operation Shutdown, Cleaning, and Routine Maintenance‌
When the full mixing cycle finishes, turn off the power switch on the control panel first, so all indicator lights and running functions shut down completely. After that, disconnect the power plug from the wall outlet to eliminate any residual power flow before you begin handling the tank or internal components. This step is critical for preventing accidental startup while you are performing post-cycle cleaning.
Remove the mixing tank carefully, and empty out any remaining process material according to standard site handling protocols. Rinse the inner walls, impeller surfaces, and all contact components with a compatible cleaning solution that matches the properties of the materials you processed. Wipe down the outer housing, control panel, and surrounding work area to remove any spilled residues, splatters, or accumulated dust that could interfere with future operation.
Inspect the impeller for signs of wear, bending, or residue buildup that could unbalance rotation during the next run. Check the drive shaft for any visible deflection, and confirm all mounting bolts remain tight and free of corrosion. Store all detached accessories in a clean, dry location away from dust and moisture, and leave the tank lid slightly ajar to let any trapped residual moisture fully evaporate. Document the runtime, processed material type, and any unusual observations from the cycle in your site equipment log, so you can track performance trends and schedule preventive maintenance before small issues turn into unplanned downtime.