Designed for filling bottles with liquids with subsequent capping. Can work with bottles made of glass, plastic and metal. To operate the machine needs compressed air supply with a pressure of 6 - 8 Bars. Air consumption is 300 L per minute.
Designed for filling bottles with liquids with subsequent capping. Can work with bottles made of glass, plastic and metal. To operate the machine needs compressed air supply with a pressure of 6 - 8 Bars. Air consumption is 300 L per minute. Capacity is 50 BPM.
Designed for filling bottles with liquids meant to be sprayed, thus the bottles are capped with spray pumps. Can work with bottles made of plastic. To operate the machine needs compressed air supply with a pressure of 6 - 8 Bars. Air consumption is 600 L per minute. Capacity is 50 – 120 BPM.
Designed for filling bottles with liquids meant to be sprayed, thus the bottles are capped with spray pumps. Can work with bottles made of glass, plastic and metal. To operate the machine needs compressed air supply with a pressure of 6 - 8 Bars. Air consumption is 600 L per minute. Capacity is 50 - 200 BPM.
Designed for filling bottles with liquids with subsequent capping. Can work with bottles made of glass, plastic and metal. Cap type: Threaded cap, Aluminum ROPP (Roll-on pilfer-proof), Press on snap cap. To operate the machine needs compressed air supply with a pressure of 6 - 8 Bars. Air consumption is 600 L per minute. Capacity is 50 – 200 BPM.
Designed for filling bottles with liquids with subsequent capping. Can work with bottles made of glass, plastic and metal. Cap type: Threaded cap, Press on snap pump cap. To operate the machine needs compressed air supply with a pressure of 6 - 8 Bars. Air consumption is 600 L per minute. Capacity is 50 – 60 BPM.
Designed for filling bottles with liquids with subsequent capping. Can work with bottles made of glass, plastic and metal. Cap type: Threaded cap, Aluminum ROPP (Roll-on pilfer-proof), Press on snap cap. To operate the machine needs compressed air supply with a pressure of 6 - 8 Bars. Air consumption is 300 L per minute. Capacity is 50 – 60 BPM.
The caps are ordered through oscillation caps arranging part, the upward caps stream into caps dropping trajectory, there is photoelectric sensor which detects caps in the conveyor. When the channels are full of caps, the sensor observes and the machine drops and feeds caps. When there are no caps on channels, it will automatically feed caps.
Automatically adjusts cap-feeding and cap-ordering state, reducing the friction of the collision between the caps and not damaging the cap. It can work with common caps, protective ring caps, double caps etc. Applicable bottle size must be within 20 – 45 mm in diameter and 50 – 120 mm in height.