Operation Guide for Dilunte Metal Deburring Machine

Proper operation of the Dilunte Metal Deburring Machine is crucial for ensuring deburring effectiveness, improving production efficiency, and extending the equipment’s service life. Below is a detailed introduction to its operation process.
Pre-Operation Preparation
Before operation, the operator must make thorough preparations:- Carefully inspect the equipment to ensure it is in good working condition, including checking if the power cord is securely connected, if switches function normally, and if any components are damaged.
- Prepare the metal parts to be processed: ensure the parts are clean, dry, and free of oil stains and dust to avoid affecting the deburring effect.
- Select appropriate grinding accessories based on the size and shape of the parts, and install them correctly on the equipment.
- The operator must wear personal protective equipment (PPE) such as goggles and gloves to ensure personal safety.
Equipment Debugging and Operation
- After turning on the machine, first place a small number of workpieces into the polishing barrel. Gradually increase the number of workpieces according to factors like the workpieces’ size and weight until reaching the equipment’s optimal load capacity.
- During debugging, closely observe the rotation of the workpieces. If the workpieces rotate slower or even stop, adjust the number of workpieces to prevent uneven polishing and prolonged processing time.
- After debugging, place the metal parts stably on the equipment’s workbench to ensure they are secure and do not slide.
- Start the deburring machine, and through the numerical control (NC) system, accurately adjust parameters such as rotation speed, pressure, and feed rate based on the parts’ material, shape, and burr condition to achieve the best deburring effect.
- During operation, the operator must keep their hands steady and constantly monitor the equipment’s operating status and the parts’ processing condition. For hard-to-process areas, use special tools for auxiliary operation.
Post-Processing
- After processing is completed, turn off the equipment’s power supply, carefully remove the metal parts, and inspect them to confirm that burrs have been completely removed and the surface quality meets requirements.
- If residual burrs or surface defects are found, re-adjust the parameters as needed and perform secondary processing.
- Meanwhile, promptly clean up residues on the workbench and inside the equipment to prevent residual debris and dust from damaging the equipment or affecting the quality of subsequent processing.
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Excellent analysis! We've implemented similar systems and saw 38% throughput improvement. Would love to see more data on tool wear rates.
This aligns perfectly with our latest production line upgrades. The ROI numbers match our internal calculations.