Basic operation Principle for this Trigger spray filling capping machine:
The equipment begins with material feeding, where disorganized bottles are conveyed into the storage area via a conveyor system. The process then proceeds to bottle sorting and orientation. Under centrifugal force generated by a high-speed rotating centrifugal disc, bottles are dispersed. Those with lower center of gravity remain upright, while inverted or misaligned bottles are ejected or corrected to face upward using mechanisms like mechanical baffles or airflow systems. The sorted bottles are then systematically transported to subsequent processes via conveyors (e.g., pneumatic systems or belts). The entire operation is controlled by a PLC programmable system integrated with photoelectric detection and rejection units, which automatically identify and remove bottles that are compressed, deformed, or misaligned.
Parameters for Trigger spray filling capping machine:
Detailed pictures for the Trigger spray filling capping machine:
More information for this Trigger spray filling capping machine:
1. Energy saving:
The 12-head electromagnetic flowmeter filling machine consumes approximately 1.6 kW of electricity.
The 12-head one-to-one servo piston filling machine consumes approximately 6.5 kW of electricity.
The filling equipment with equivalent capacity operates 24 hours daily and 200 days annually. The flow meter-equipped filling machine can save 24,000 kWh of electricity per year.
2. Material savings:
The filling accuracy of piston-type filling is ±0.5%, and the flowmeter accuracy is ±0.3%.
The filling equipment has a capacity of 5,000 bph with a filling volume of 1L, operating 24 hours daily and 200 days annually. The flow meter-equipped filling machine can save 48 tons of materials per year.
