Cleaning machines are mainly divided into hydraulic cleaning machines, high-pressure cleaning machines, ultrasonic cleaning machines, pneumatic cleaning machines, and spray cleaning machines. Steel mesh cleaning machines are widely used in electronic device manufacturers and SMT printing production plants. Large-scale production plants will purchase many targeted cleaning machines for screen printing screens. This is not only to improve the efficiency of the factory but also to save labor costs and enhance production capacity.
With the current economic development, the country’s high attention to the natural ecological environment has prompted major enterprises to focus on maintaining the natural ecological environment while developing the economy. In traditional industries, manual cleaning of screens is common, and industrial wastewater is often improperly handled, sometimes discharged into sewers arbitrarily, leading to non-compliance with emission standards and potential financial losses due to lawsuits. Prolonged exposure to cleaning agents by company employees poses certain health risks, and solvent exposure in workshops can easily lead to air pollution. Silman Tech’s Macchina per la pulizia delle maglie d'acciaio SMT adopts a fully sealed cleaning method, a multi-stage circulation filtration system, reusable cleaning agents, centralized treatment of waste solvents and debris, and can achieve 60%-80% recovery through solvent recovery machines.
Steel mesh cleaning machines are specifically designed for cleaning residual solder paste, adhesives, silicone, etc., on the steel mesh after printing. By using a steel mesh cleaning machine with a fully sealed cleaning method and a multi-stage circulation filtration system, the cleaning agent can be reused multiple times. The fully sealed cleaning method reduces the chances of employees coming into contact with or inhaling cleaning agents. The top is equipped with an exhaust pipe, through which waste gas enters the exhaust gas treatment system. Additionally, by reducing labor intensity and increasing labor safety, what used to be an unpopular job—cleaning screens—has become a competitive task. This not only improves printing quality and reduces product rework rates but also reduces labor intensity, beautifies the working environment, minimizes secondary pollution, and boosts employee morale.
