In modern industrial production, the smart mirror sandblasting machine has become an indispensable equipment in the fields of glass processing, decoration manufacturing, etc. with its efficient and precise processing capabilities. However, since its working principle involves high-speed sandblasting, precision mechanical movement and electrical control, improper operation during use will not only reduce the processing quality, but also may bring serious safety hazards. Therefore, it is very important to fully understand and strictly follow the precautions for the use of the smart mirror sandblasting machine.
Safety protection is the first principle for using the smart mirror sandblasting machine. Operators must wear a full set of professional protective equipment, including anti-impact goggles, dust masks, soundproof earplugs, wear-resistant protective gloves and closed protective clothing. Anti-impact goggles can effectively resist flying sand and glass fragments to avoid irreversible damage to the eyes; dust masks must have high-efficiency filtering capabilities to prevent the inhalation of fine dust generated during sandblasting and reduce occupational health risks such as pneumoconiosis; soundproof earplugs can significantly reduce the high-decibel noise generated during equipment operation and protect hearing. At the same time, obvious warning signs should be set up in the working area, non-operating personnel are strictly prohibited from entering, and the protective door of the sandblasting machine must be kept closed to prevent accidental opening and sand splashing and injuring people. In addition, the equipment must be equipped with a complete emergency brake device. Once an abnormal situation occurs, the operator can quickly press the emergency stop button to cut off the power supply of the equipment to ensure personal safety.
Daily maintenance and inspection of the equipment are the key to ensuring the stable operation of the smart mirror sandblasting machine. Before each use, the electrical system needs to be carefully inspected to check whether the wires are damaged or aged, whether the terminals are firm, and whether the grounding protection is normal to prevent short circuits, leakage and even fire accidents caused by electrical faults. The inspection of the sand supply system should not be ignored. It is necessary to ensure that the particle size and purity of the sand meet the requirements of the equipment, and to clean up the agglomerates and impurities in the sand tank in time to avoid clogging the sandblasting pipeline. At the same time, it is necessary to check whether there is leakage in the sand delivery pipeline and whether the connection is well sealed to prevent the leakage of sand from affecting the processing accuracy and environmental hygiene. For the transmission parts of the equipment, such as belts, chains, bearings, etc., lubricants should be added regularly, wear should be checked, and severely worn parts should be replaced in time to avoid abnormal operation of the equipment or reduced processing accuracy due to poor transmission.
The standardized process during operation is the core of ensuring processing quality. Before starting the equipment, key parameters such as sandblasting pressure, sand flow rate, and sandblasting time should be reasonably set according to the material, thickness and processing requirements of the processed lens. For example, for thinner glass lenses, the sandblasting pressure should be appropriately reduced to prevent the lens from breaking due to excessive force; for lenses with higher requirements for frosting effects, the sand flow rate and sandblasting time should be accurately controlled to ensure that the surface frosting is uniform and delicate. During the operation of the equipment, the operator should pay close attention to the operating status of the equipment and the processing of the lens, observe whether the sandblasting is uniform, and whether there are scratches, broken edges and other defects on the surface of the lens. If any abnormality is found, the machine should be stopped immediately for inspection, the cause should be analyzed, and the parameters should be adjusted or the fault should be eliminated in time. In addition, in order to ensure processing accuracy, the equipment should be calibrated regularly, including sandblasting angle calibration, positioning system calibration, etc., to ensure that each processing can achieve the expected effect.
The cleaning and maintenance of the smart mirror sandblasting machine after use should not be ignored. After processing, the accumulated sand and dust inside the equipment and in the working area should be cleaned in time, and a special vacuum cleaner or cleaning tool should be used to avoid dust accumulation affecting the heat dissipation and normal operation of the equipment, while reducing the risk of dust explosion. For parts that are susceptible to wear, such as sandblasting guns and sand tanks, they should be carefully inspected and maintained, and replaced when necessary. In addition, the electrical components of the equipment need to be dusted to prevent dust from entering the electrical box and causing short circuit failures. Regular and comprehensive maintenance of the equipment can not only extend the service life of the equipment, but also ensure that it always maintains a good working condition, providing reliable protection for production and processing.
The safe and efficient use of the smart mirror sandblasting machine requires the operator to strictly control safety protection, equipment maintenance, standardized operation, cleaning and maintenance. Only by fully realizing the various precautions during use and implementing them in actual operation can the performance of the equipment be maximized, and the smooth progress of production and processing and the life and health of personnel can be guaranteed.
