Rotary Bottle Washing Machine

Operational Mechanism

How a Rotary Bottle Washer Operates:

Containers are introduced onto the infeed turntable of the machine, from which they are subsequently transferred onto the machine’s conveyor system. Upon arrival at the Cleaning Station, the proximity sensor activates a pulse to the machine, resulting in the pneumatic bottle stopper halting four bottles. Intermittent motion nozzles are positioned above bottles. The vacuum mouth holder securely grips bottles, initiating air purging and vacuum suction operations. The vacuum suction unit removes impurities from the bottle. Air and vacuum processes are conducted simultaneously to remove impurities from the bottles. Upon completion of the cleaning process, the pneumatic bottle stopper deactivates, allowing the bottles to proceed further along the conveyor for the subsequent operation.

Notable Characteristics

• Small GMP Platform.
• Construction: AISI 304 and EDPE diverter assembly.
• Cleansing with vacuum and positive air pressure.
• Simple controls for adjusting, switching, and cleaning.
• Stationary S.S. nozzles.
• Container loading and unloading controlled automatically.
• Vacuum cleaner and air pressure regulator with individual controls.
• S.S. stress gauge.
• For thorough bottle cleaning, use a high-capacity blower to remove even the tiniest particles.
• Adaptable speed for increased productivity.
• The Good and the Bad Pressured air for effective cleaning.
• Simple process. Nozzles that remain stationary remove impurities.
• Nobody wants their bottle necks chipped; therefore, they use stationary nozzles.
• The dust collection chamber has its own designated area, making cleanup a breeze after each use.
• To avoid machine jams, an overload clutch is included.
• Equipped with a pressure regulator and an optional pressure switch.
• We can supply documentation for the IQ/OQ validation.
• We have PLC systems available with HMI.

Technical Specification

*Specification can be changed as per customers’ requirements