Professional Aluminum Can Carbonated Soft Drink Wine Beer Canning Filling Machine

Main components of the can filling line are rinsing, filling-seaming monoblock, tunnel sterilizing machine and conveying system. The key machine is filling and seaming monoblock which synchronizes with filling machine. The liquid level is stable and the oxygen content is decreased. Through a few simple adjustments, it could handle different cans. The special structure sealing roller could be adjusted according to can’s size.

It is suitable for filling and seaming carbonated beverage such as beer, CSD, etc. It is equipped the advanced device, electrical equipment, and pneumatic control technology. It has the characteristics of filling reposefully, high speed, liquid level control, seaming reliably, frequency conversion timing, less material loss. It is the preferred equipment for the medium beer and beverage plant.

Description:

It is mainly used in filling and capping carbonated beverages like soft drinks, cola, sparkling wine, etc.

The line is composed of separate automatic rotary Filling machine and can seaming machine.

This production line is suitable for the production of all kinds of carbonated drinks contained in aluminum 2-piece pop-top can, such as cola, aerated Water, soda water, etc, It is an ideal machine for small-and medium-sized beverage factories.

Applications:

Soda water, juice, tea, energy drinks, beer, carbonated drinks, beer, etc. in aluminum can, pop can and PET can

Competitive Advantage:

Features
Wholly sealed widow structure which is beautiful, concise, easy and highly operated;
Cycling tank design with precision polishing inside;
High precision and large flow rate filling valves to meet productive requirement;
Specially designed roller structure which is easy to be adjusted, locked and ensure sealing function;
Friendly and convenient operating panel with high expansibility.

Working Procedure
Cans will be pushed into can holding platform one by one by feeding screw and star-wheel. Centering cup of filling valve will fall to can; the distance between filling valves and cans is sealed by springiness plastic ring. The movement of centering cup is generated by plastic idler wheel along curvilinear motion. After filled, valve will be closed, air is discharged, and centering cup will rise from the can. Filled can will be sent to conveyor chain, then to seamer. Seamer will take lid, turn over the edge of can and turn the edge to finish the sealing action by the control of cam. After that can will be transferred to conveying system.

Equipment structure

• Rack
• Rotary filler
• Rotary seamer
• Aluminum infeed and outfeed system
• Control

Main Specification

• PLC program controller: Mitsubishi
• Inverter: Mitsubishi
• Photoelectrical controller: Omron
• Proximity switch: Omron
• Other electrical components: Schneider
• Pneumatic component: Airtac
• Main motor: Siemens
• Bearing: Harbin

Specifications: