Product Advantage:
1. Output Amplification: The swift operation of full automatic aerosol filling machines notably bolsters production capabilities in contrast to manual or semi-automatic counterparts.
2. Accurate Dosage Regulation: Incorporation of advanced automation in these systems ensures precise filling per can, minimizing waste, maintaining uniformity across batches, and thus augmenting product superiority.
3. Workforce Efficiency Maximization: Automation drastically reduces manual labor dependence, trimming operational costs and reallocating personnel to more specialized tasks, collectively fostering a more fluid workflow.
4. Elevated Safety Measures: Engineered to encapsulate potentially harmful processes and substances, these machines greatly reduce operator hazard exposure and adhere to stringent safety protocols mandated by industry regulations.
5. Versatile Scalability and Adaptability: Catering to a variety of can sizes and product types, full automatic aerosol filling systems nimbly adjust to shifting market conditions. Their inherent upgradability future-proofs your production line against upcoming challenges.
Technical Parameters:
Technical Parameter | Description |
Filling capacity (cans/min) | 60-70 |
Liquid filling volume (ml) | 10-1200( can be customized) |
Gas filling volume (ml) | 10-1200( can be customized) |
Filling heads | 4 heads |
Filling accuracy | ≤±1% |
Applicable cans diameter (mm) | 35 - 70( can be customized) |
Applicable cans height (mm) | 80 - 300( can be customized) |
Applicable valve | 1 inch |
Working pressure (Mpa) | 0.6 - 0.8 |
Max gas consumption (m3/min) | 5 |
Power (KW) | 7.5 |
Dimension (LWH) mm | 22000*3500*2000 |
Material | SS304 ( some parts can be SS316) |
Warranty | 1 year |
Key Selling Points | High speed fully automatic high production |
Maintenance Requirements | Recommended maintenance procedures and schedules |
Certifications and Standards | CE&ISO9001 |
Detailed Images:
Product Operate Guide:
1. Pre-Operation Verification: Before initiating, ensure all components are clean, well-lubricated, and alignment is precise. Verify material levels and visually inspect the entire machinery meticulously.
2. Setting Adjustment & Calibration: Leverage the Human-Machine Interface (HMI) to input exact filling parameters—volume, pressure configurations, and conveyor speed—tailored precisely to your product's requirements.
3. Canning Procedure: Carefully load cans onto the feeding system, ensuring they are properly aligned and free from damage. Implement secure lid placement if predicated before the filling process begins.
4. Production Initiation: Trigger the manufacturing sequence by engaging the start command on the control panel; subsequently, the machinery will autonomously undertake filling, sealing, and gas charging procedures in a predefined order.
5. Continuous Quality Monitoring & Adjustment: Routinely assess completed aerosols for leakage, weight consistency, and effective crimping. Maintain constant surveillance over the machine's performance and employ real-time data feedback for any required adjustments.
FAQ:
1. Does the U-shaped automatic aerosol filler require a large footprint?
No, its compact U-design optimizes floor space, making it suitable even for confined production areas.
2. Can the machine handle different product viscosities?
Yes, it's designed to accommodate a wide range of viscosities, from low to high, ensuring versatility in production.
3. Is cleaning and maintenance straightforward?
Absolutely, with accessible parts and modular design, cleaning and routine maintenance are simplified for efficiency.
4. How does it ensure filling accuracy?
By utilizing high-precision sensors and control systems, it guarantees consistent fill levels and minimizes product giveaway.
5. Are customization options available for specific production needs?
Yes, many manufacturers offer customization to tailor the machine to unique production requirements, ensuring optimal performance.
