Steam Cleaning: 24-hour online | Precision components Automated cleaning solution
Introduction
When using traditional cleaning methods to clean various specialized precision components, electronic components, and semiconductor parts, issues such as low cleanliness and inadequate automation arise. Shannover provides customized saturated steam automated cleaning solutions to help customers solve technical challenges related to deep surface cleaning, thereby improving cleanliness, reducing labor intensity, and saving costs.
Advantages of Saturated Steam Cleaning Technology
Steam cleaning not only effectively removes stubborn dirt but also readily facilitates (24-hour online) automated cleaning. By utilizing steam cleaning technology, the use of chemical cleaning agents can be reduced or eliminated altogether, thereby avoiding issues such as secondary pollution. When placed in modern production workshops, steam cleaning equipment does not have a negative impact on the workshop environment. The equipment is neat, aesthetically pleasing, low-noise, and emits no smoke or exhaust gases, making it a truly green cleaning technology.
Cleaning Principle
The saturated steam cleaning process involves generating high-temperature, high-pressure saturated steam through a heating unit. This steam is then projected at high velocity onto the surface of workpieces through specially designed nozzles. This effectively removes various oil films, gums, particles, stains, and other contaminants from the surface without the need for any chemical cleaning agents, achieving a deep and satisfactory level of cleanliness.
Cleaning Process
The equipment workflow is structured according to the cleaning process scheme, comprising sequential steps such as automated loading, high-temperature, high-pressure saturated steam cleaning, water removal and drying, followed by automated unloading.
Customized Cleaning System
The steam cleaning system can be customized to suit the characteristics of the parts being cleaned, setting different cleaning procedures and durations to meet stringent cleanliness requirements. For metal components, vacuum drying and anti-rust agents can be incorporated to prevent rusting.
For small, precision parts, special cleaning chambers and steam nozzles can be designed to achieve multi-nozzle or multi-angle jet cleaning.
For large, complex parts, a customized 360° rotating device can be implemented for comprehensive cleaning.
The movement of parts is fully automated, with preset adjustments for cleaning procedures and durations based on part types, ensuring seamless automation control.
In case of any operational abnormalities or malfunctions, the system automatically triggers audible and visual alarms, with optional remote monitoring capabilities.
Advantage
Traditional cleaning methods often necessitate the recycling and reuse of large volumes of wastewater, necessitating costly water treatment equipment. This not only incurs operational and maintenance costs but also requires substantial production space.
In contrast, steam cleaning generates minimal wastewater and leverages the residual heat of the high-temperature steam to quickly dry parts, saving time and simplifying management. Compact saturated steam cleaning equipment occupies minimal space and can even be installed directly on production lines, enabling round-the-clock, fully automated cleaning operations that encompass transportation, loading/unloading, cleaning, and drying.
