China Optical Glass Ultrasonic Cleaning Machine PTA-11600T - High-Quality Suppliers & Factory Solutions
Applicable Workpieces
Cleaning Specifications
Maximum Workpiece Size
It can handle glass workpieces with a maximum size of 10". This allows for the cleaning of a variety of standard and larger-sized glass components.
Cleaning Liquid Selection
Utilizes water-based cleaning liquid and ultra-pure water with a resistivity of 15MΩ/cm or above. The combination of these cleaning agents ensures effective removal of contaminants and impurities from the glass surfaces, providing a thorough and high-quality clean.
Drying Methods
Employes pure water slow pull dehydration, air knife water cutting, and two-stage hot air circulation drying. This comprehensive drying process ensures that the cleaned glass is completely dried, reducing the risk of water marks and ensuring the integrity of the glass surface.
Cleaning Cycle Time
The fastest cleaning cycle is one basket every 3 minutes, and the cleaning time is adjustable and can be set on the touchscreen. This flexibility allows users to optimize the cleaning process according to their specific requirements and production schedules.
Cleaning Process
Manual loading of the glass workpieces into the machine.
The workpieces are first pre-soaked in pure water to loosen any initial dirt or contaminants.
Two stages of ultrasonic cleaning with detergent to thoroughly remove stubborn stains and impurities.
A spray rinse with pure water to remove any remaining detergent and loose particles.
Four consecutive stages of ultrasonic rinsing with pure water to ensure complete removal of all traces of detergent and achieve a high level of cleanliness.
The workpieces are then subjected to slow pull dehydration using pure water to remove most of the remaining water.
An air knife is used to cut off any remaining surface water.
Two stages of hot air circulation drying to completely dry the glass workpieces and prepare them for the next stage of production or use.
Manual unloading of the clean and dried glass workpieces.
Functional Components
Designed to hold the cleaning liquids and ensure proper circulation and supply during the cleaning process.
Equipped with adjustable ultrasonic frequencies according to the cleaning section, ensuring efficient vibration and agitation.
Filters out impurities and contaminants from the cleaning liquid, ensuring its cleanliness and effectiveness over multiple cleaning cycles.
Used for precise water cutting, effectively removing surface water from the glass workpieces after the dehydration process.
Provides efficient and rapid drying through two-stage hot air circulation, ensuring the glass is completely dry and ready for use.
Maintains the optimal temperature of the cleaning liquid and drying air, ensuring consistent and effective performance.
Enables the movement of the cleaning basket across the surface of the tank, ensuring even exposure of the workpieces to the cleaning and drying processes.
Provides additional agitation during the cleaning process, enhancing the cleaning effect by ensuring all surfaces are properly cleaned.
Gently removes excess water from the workpieces, preventing damage and ensuring a smooth transition to the drying process.
Reliable pipeline system used for the transportation of cleaning liquids and gases, ensuring durability and corrosion resistance.
Advanced electrical control system featuring a user-friendly touchscreen interface for easy parameter adjustments.
Designed to hold the glass workpieces securely during the cleaning process and compatible with all machine mechanisms.
Built on a heavy-duty chassis that provides overall stability, durability, and reliable long-term industrial operations.
Frequently Asked Questions
The machine is designed to clean a wide variety of glass items including surface glass, optical glass, mobile phone glass, and touch screen glass, serving electronics and optical manufacturing industries.
The machine can accommodate glass workpieces with a maximum size of up to 10 inches, allowing for standard and larger-sized glass components.
It utilizes water-based cleaning liquids alongside ultra-pure water with a resistivity of 15MΩ/cm or above to ensure the complete removal of contaminants.
The machine combines pure water slow pull dehydration, air knife water cutting, and two-stage hot air circulation drying to ensure the glass is completely dried without leaving water marks.
The fastest cleaning cycle is one basket every 3 minutes. The cleaning time is fully adjustable and can be customized directly using the touchscreen interface.