Macchina per la pulizia di stencil acquosi C750S

This aqueous stencil cleaning machine is composed of a washing system, rinsing system, drying system, and filtration system. Powered by electricity and compressed air, the stencil is manually placed into the cleaning chamber. After setting the washing, rinsing, drying, and other related parameters on the touch screen, the start button is pressed, and the stencil is automatically cleaned, rinsed, and dried. The machine automatically stops and resets after the set cleaning process is completed, ready for the next workflow. This machine greatly facilitates the cleaning of stencils by operators, significantly improving production efficiency and quality. It is a new type of high-performance fully automatic cleaning equipment. The equipment uses water-based liquid cleaning agents and DI water for rinsing, with no safety hazards. It is suitable for cleaning various types of stencils such as SMT stencils, copper Stencil, silk screen mesh screen frames, photoresist stencils, micro-porous meshes, and silicon wafer. This aqueous stencil cleaning machine uses water-based cleaning liquids for the cleaning process. Employing advanced cleaning technologies in the industry, it achieves 100% cleanliness and protects the environment.

• Specifically designed for cleaning stencils, misprint boards, PCB/PCBA, etc., with a high-pressure spray system using aqueous cleaning solutions.
• Capable of cleaning two stencils/mesh boards at a time.
• Dual liquid tanks equipped with a heating system to meet the needs of cleaning, rinsing, and hot air drying.
• Process flow: Cleaning – Chemical Isolation – Rinsing (Open loop/Closed loop) – Drying.
• Equipped with advanced fully automatic touch screen operation software for easy use and program file saving.
• System counting function that automatically tallies the number of cleaned stencils and the number of filtration cycles.
• Liquid and pump pressures are displayed through the panel pressure gauge, providing timely feedback on equipment operation.
• Spray pressure is monitored by a pressure sensor, which will trigger an alarm if it exceeds the set pressure range.
• Resistivity monitoring of the rinse liquid ensures cleanliness; resistivity is adjustable to meet different stencil process requirements.
• Direct liquid return reduces liquid consumption.
• The entire stainless steel body is sturdy and durable, resistant to acidic and alkaline cleaning solutions.
• Rinsing water can be filtered through ion filtration for long-term zero discharge.
• High-pressure air blower plus hot air drying for a faster and more thorough drying effect.
• Lower operating costs; each cleaning only requires 30-120ml of liquid. After cleaning, compressed air is used to recover residual liquid in the pipeline and pump, which can reduce liquid consumption by 50%.
• Equipped with an industrial computer, open to MES interface for efficient operation, real-time information and data control, facilitating work management.