I. Significantly improve production efficiency
Shorten the process: Eliminate cleaning, drying and other steps, reduce the production cycle by 30-50%, and significantly increase production capacity.
Continuous production: Reduce equipment downtime (such as no need to replace cleaning water or handle faults), suitable for large-scale continuous operations.
II. Reduce comprehensive costs
Energy saving: No need for high-pressure water washing and high-temperature drying, reducing water and electricity consumption by 40-60%.
Reduce consumables: Save the cost of cleaning agents, disinfectants and filter materials.
Streamline labor: Reduce the number of operators and quality inspectors in the cleaning process, and reduce labor and management costs.
III. Environmental protection and sustainability
Wastewater reduction: The absence of a cleaning process can reduce industrial wastewater by more than 90% and reduce the pressure of sewage treatment.
Zero chemical pollution: Avoid the discharge of residual cleaning agents, which is more in line with the requirements of green production.
IV. Quality and safety advantages
Reduce the risk of secondary pollution: No cleaning avoids microbial pollution caused by unqualified water quality or incomplete equipment cleaning.
Integrity of the bottle body: No high-pressure water impact, reduce invisible damage to glass bottles (such as micro-cracks), and improve the yield.
V. Process adaptability and applicable scenarios
Especially suitable for production environments with high requirements for initial cleanliness (such as aseptic filling, pharmaceutical preparations).
Material compatibility: Can be used directly with ultra-clean packaging materials (such as aseptic film packaging).
VI. It can better optimize the production process and reduce the space of the production workshop.
