Mayonnaise Packing Machine(Sauce,Yogurt,30-35 Cups Per Minute)

A mayonnaise filling machine is a type of machine used in the food industry to automatically fill containers with mayonnaise.
These machines are designed to accurately measure and dispense a specific amount of mayonnaise into each container, such as jars or bottles, at a high speed and with minimal waste.

Description

FEATURES:

A mayonnaise filling machine is a type of machine used in the food industry to automatically fill containers with mayonnaise.

These machines are designed to accurately measure and dispense a specific amount of mayonnaise into each container, such as jars or bottles, at a high speed and with minimal waste.

They can be used in a variety of settings, such as in factories that produce large quantities of mayonnaise for retail sale or in restaurants that make their own mayonnaise for use in their dishes.

The machines can be designed to handle different types of containers, from small bottles to large containers, and can also be customized to meet the specific needs of a particular production line.

 

A mayonnaise filling machine is designed to accurately fill mayonnaise into containers or bottles at a high speed and with minimal wastage.   The machine dispenses mayonnaise into the containers through a nozzle or filling head, which is typically adjustable to accommodate different container sizes and shapes.

The filling process is automated and controlled by a programmable logic controller (PLC) or a similar electronic control system, which ensures accurate filling volumes and consistency.   The machine may use different filling technologies depending on the viscosity of the mayonnaise and the type of container being filled.

Once the mayonnaise is dispensed into the containers, the machine may also incorporate additional features such as capping, labeling, and sealing to provide a complete packaging solution.

Overall, a mayonnaise filling machine improves production efficiency, reduces labor costs, and ensures consistent product quality by automating the filling process and reducing human error.

 

The working principle of a mayonnaise filling machine depends on the type of filling technology used, but generally, it involves the following steps:

1.Container or bottle feeding: The containers or bottles are loaded onto a conveyor belt or other feeding mechanism and transported to the filling station.

2.Filling: The mayonnaise is pumped or poured into the containers using a filling mechanism, which may be a piston filler, gravity filler, or volumetric filler.  The filling mechanism dispenses the correct amount of mayonnaise into each container.

3.Leveling: The machine may use a leveling mechanism to ensure that the mayonnaise is evenly distributed within the container.

4.Capping: If the machine includes a capping feature, the containers are moved to the capping station, where caps or lids are applied and secured onto the containers.

5.Labeling: If the machine includes a labeling feature, the containers are moved to the labeling station, where labels are applied to the containers.

6.Sealing: If the machine includes a sealing feature, the containers are moved to the sealing station, where the caps or lids are heat-sealed or otherwise secured onto the containers.

The filling machine’s working principle is usually automated, and the machine can be adjusted to accommodate different container sizes and mayonnaise viscosities.  The precise amount of mayonnaise dispensed into each container can also be adjusted to ensure accurate filling and minimize wastage.

PARAMETER:

CONFIGURATION:

Type

Plastic cup filling sealing capping machine

Model

ATS-5VG

Filling nozzles

5 working station

Capacity

30-35 Cups/minute

Filling volume

100-500 gram (be adjustable)

Voltage

380V/50HZ/ three-phase four-wire (Customized)

Power

8.5Kw

Working pressure

0.6Mpa-0.8Mpa

Dimension

4500mm × 1400mm× 1800mm

Weight

1600 kg

Touch screen

Siemens (Germany)

PLC

Siemens (Germany)

Temperature-controlled meter

Omron (Japan)

Relay

Omron (Japan)

Sensor

Omron (Japan)

Air cylinder

AirTac (China, Taiwan)

Solenoid valve

AirTac (China, Taiwan)

Pneumatic element

AirTac (China, Taiwan)

Stepping motor

Mitsubishi (Japan)

Servo motor drive system

Mitsubishi (Japan)

Switch

Schneider (France)

Contactor

Schneider (France)

Frequency changer

Schneider (France)

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