ROTARY TYPE 6 HEADS PROPELLANT FILLING MACHINE

Engineered for High-Output Aerosol Lines: The Rotary Type 6 Heads Propellant Filling Machine

When you are managing a high-volume aerosol production facility, the bottleneck often occurs at the gas injection stage. The Rotary Type 6 Heads Propellant Filling Machine is specifically designed to eliminate this lag by utilizing a rotary continues motional working system. Built with a rugged AISI 304 quality stainless steel frame, this machine provides the structural integrity required for 24/7 industrial environments. Whether your line handles tinplate or aluminum cans, the system maintains a seamless flow, ensuring that the transition between containers is fluid and devoid of the mechanical shocks common in indexing systems.

How a Rotary Gas Injecting System Boosts Precision: Technical Advantages

• Continuous High-Speed Throughput: Unlike traditional systems, the rotary continues motional design allows for a non-stop filling cycle, which is essential for maximizing your cans-per-minute (CPM) metrics.
• Exceptional Filling Precision: With 6 gas injecting heads, the machine achieves a filling accuracy of ±1%, which directly translates to significant raw material cost savings and consistent internal pressure for every container.
• Optimized Power Distribution: The machine driving system utilizes a special pneumatically operated clutch, providing a smooth engagement that protects the mechanical components from sudden torque spikes.
• Robust Material Selection: Utilizing AISI 304 quality stainless steel ensures that the machine remains resistant to the various chemical compositions of propellants and industrial cleaning agents.
• Hazardous Environment Compatibility: The system is fully equipped for Zone 1 explosion-proof areas, featuring an Ex-Proof conveyor motor and a dedicated ATEX button box for safe operator interaction.

Safe Gas Injection Using Completely Pneumatic Control Systems

The safest way to handle propellant injection in a hazardous zone is to minimize electronic complexity at the point of filling. This machine utilizes a completely pneumatic control system, which eliminates the risk of electrical sparking during the gas injection process. The heart of the operation relies on 6 gas injecting heads that are synchronized via the rotary movement. By requiring only 6-10 Bar of air, the system operates efficiently on standard industrial pneumatic lines, while the energy consumption remains impressively low at 1.5kw. This hybrid of pneumatic control and an Ex-Proof conveyor motor ensures that you meet stringent safety protocols without sacrificing the speed of a modern production line.

Versatile Industrial Applications for Pressurized Packaging

The flexibility of this system makes it an ideal choice for several high-demand sectors where gas injection is a critical step:

• Aerosol Manufacturing: Specifically designed for high-speed gas filling in personal care, automotive, and household spray products.
• Cosmetics and Personal Care: Ideal for deodorants and hairsprays where maintaining a high filling accuracy of ±1% is vital for product performance.
• Tinplate and Aluminum Can Lines: The handling system is adjustable, allowing you to run various can types including both aluminum and tinplate without needing entirely separate machines.
• Hazardous Zone Operations: Because it is rated for Zone 1, it is the go-to solution for facilities handling highly flammable propellants.

Managing Hazardous Zone 1 Areas: Operational Benefits

From a management perspective, the biggest advantage here is the reduction of operational risk. The integration of an ATEX button box and an Ex-Proof conveyor motor means your safety compliance is built directly into the machine’s architecture. Furthermore, the filling accuracy of ±1% prevents over-filling, which over a year of production can save thousands of dollars in propellant costs. The pneumatically operated clutch also means less mechanical wear and tear compared to direct-drive systems, resulting in longer maintenance intervals and lower total cost of ownership (TCO).

Technical Specification for the Rotary 6-Head Gas Filler