C740 Machine de nettoyage de pochoirs à base d'eau

• Système de pulvérisation à haute pression spécialement conçu pour le nettoyage des cartes, des erreurs d'impression, des PCB/PCBA, etc., à l'aide d'une solution de nettoyage à base d'eau.
• Équipé de deux réservoirs de liquide et de systèmes de chauffage pour répondre aux exigences de nettoyage, de rinçage et de séchage à l'air chaud.
• Déroulement du processus : Nettoyage - Produits chimiques.
• Contrôle la résistivité de la solution de rinçage pour garantir la propreté ; la résistivité peut être ajustée pour répondre aux différentes exigences du processus de fabrication des pochoirs.
• Le reflux direct du liquide réduit la consommation de liquide.
• L'ensemble du corps en acier inoxydable est robuste et durable, résistant aux solutions acides, alcalines et autres solutions de nettoyage.
• L'eau de rinçage peut atteindre un niveau de rejet nul à long terme grâce à la filtration ionique.
• Ventilateur haute pression + séchage à l'air chaud pour un séchage plus rapide et plus complet.
• Coûts d'exploitation réduits : seuls 30 à 120 ml de liquide sont nécessaires par cycle de nettoyage, et l'air comprimé est utilisé pour récupérer le liquide résiduel par le biais de canalisations et de pompes après le nettoyage, ce qui réduit la consommation de liquide de 50%.

1. How is the cleaning effect of your equipment? Can it be thoroughly cleaned?
A:Of course! Our equipment uses high-pressure spraying + precision filtration technology, which can effectively remove solder paste, red glue and flux residues on the steel mesh to ensure the cleanliness of the steel mesh. At the same time, there is a drying function after cleaning to ensure that the steel mesh is dry and has no residue, and can be put into use immediately.

2. Will the steel mesh be damaged during cleaning?
A:Not at all! Our equipment uses a gentle but efficient cleaning method, which will not cause any damage to the steel mesh during the cleaning process, while avoiding the problems of mesh clogging or deformation that may be caused by traditional manual cleaning. Many customers have reported after use that the service life of the steel mesh has been significantly extended.

3. What kind of cleaning agents can be used in your cleaning machine? Is it environmentally friendly?
A:Our cleaning machine is compatible with solvent-based and water-based cleaning agents, ensuring the cleaning effect while meeting the industry’s environmental standards. Compared with traditional chemical cleaning methods, our equipment is safe and pollution-free.

4. Will the operation be complicated? Do I need professional training?
A:No! Our equipment is equipped with an intelligent touch screen operating system, which can be started with one button and automatically completes cleaning, rinsing and drying. It is simple and easy to learn, and ordinary employees can easily get started. If necessary, we can also provide detailed operation training to ensure that your team can use it smoothly.

5. Is it difficult to maintain the equipment? Is the later cost high?
A:Our equipment design is very user-friendly, simple to maintain and low cost. You only need to regularly replace the cleaning agent and check the filter system, and other parts are basically maintenance-free. We also provide comprehensive after-sales service and technical support to keep your equipment in the best working condition for a long time.

6. What stencils are suitable for your cleaning machine?
A:Our equipment is suitable for SMT steel mesh, copper mesh, silk screen, microporous mesh, and wafer discs of various sizes. If you are not sure whether it is suitable for your stencil, you can contact us and we will recommend the most suitable model according to your needs.

7.Can your stencil cleaning machine improve production efficiency?
A:Of course! It usually takes 3-10 minutes to clean a stencil, which is much faster and more effective than traditional manual cleaning. It also has a stable cleaning effect. It reduces printing defects caused by unclean stencils, improves production yield, and ultimately helps you reduce costs and increase production capacity.