Rotary Honey Packing Machine(Honey Spoon,Paste,Speed 1200-1400 Spoons Per Hour)

The machine typically consists of a hopper for holding the honey, a filling nozzle or nozzles, and a conveyor system for moving containers into position for filling.
The machine can be programmed to dispense a precise amount of honey into each container, making it an efficient and accurate way to package honey.

Description

Features:

The machine typically consists of a hopper for holding the honey, a filling nozzle or nozzles, and a conveyor system for moving containers into position for filling.

The machine can be programmed to dispense a precise amount of honey into each container, making it an efficient and accurate way to package honey.

The working principle of a honey filling machine can vary depending on the specific type and design of the machine.

However,the basic working principle of a honey filling machine involves several steps:

1.Container placement: The empty containers (jars, bottles, or pouches) are loaded onto the machine’s conveyor or platform.

2.Product supply: Honey is supplied to the machine through a hopper or a feed system.

3.Filling: The machine dispenses a pre-determined amount of honey into each container.    This can be done using a variety of methods, such as volumetric filling, gravity filling, or piston filling.

4.Leveling: The filled containers are then leveled to ensure that the honey is evenly distributed and the containers are not overfilled.

5.Capping, labeling, and sealing: Depending on the machine’s features, it may also cap the containers, label them, and seal them, completing the packaging process.

6.Discharge: The filled and packaged containers are discharged from the machine, ready for shipping or distribution.

The machine’s working principle is typically automated or semi-automated, controlled by a programmable logic controller (PLC) or a human-machine interface (HMI).

The machine is designed to perform these steps quickly and accurately, while also minimizing waste and ensuring hygiene.

The main difference between a semi-automatic honey filling machine and an automatic honey filling machine is the level of automation involved in the filling process.

Here are some key differences:

1.Operation: Semi-automatic honey filling machines require manual loading of containers, while automatic honey filling machines have automatic container loading and unloading systems.

2.Filling speed: Automatic honey filling machines are generally faster than semi-automatic honey filling machines, as they can fill multiple containers simultaneously and continuously.

3.Filling accuracy: Automatic honey filling machines are designed to provide greater filling accuracy and consistency than semi-automatic honey filling machines, as they use more advanced technologies such as servo motors, PLC control, and touch screens.

4.Labor requirements: Automatic honey filling machines require less manual labor than semi-automatic honey filling machines, reducing labor costs and increasing overall efficiency.

5.Cost: Automatic honey filling machines are generally more expensive than semi-automatic honey filling machines, due to the higher level of automation and advanced technologies used.

In summary, automatic honey filling machines offer greater automation, speed, accuracy, and efficiency than semi-automatic honey filling machines, but they also come with a higher price tag.  The choice between the two will depend on the specific needs of your honey processing and packaging business, including production volume, filling accuracy, labor costs, and budget.

PARAMETER:

CONFIGURATION:

ModelARFS-2AARFS-3AARFS-4A
Voltage3P 380V/50Hz
Power3.5kw4kw4.5kw
Volume5-30g
Capacity1200-1400 pcs/h1800-2200 pcs/h2400-3000 pcs/h
Filling Error±0.5g(honey)
Seal SizeAccording to the custom spoon
Pressure0.6-0.8Mpa
G.W.550kg600kg700kg
Size1350*1050*
2200mm
1550*1250*
2200mm
1750*1450*
2200mm

Pneumatic system

AIRTAC

Servo system

Mitsubishi

PLC

Mitsubishi

Touch screen

WEINVIEW

PID temperature controller

Omron

Sensor

Omron, FOTEK

Low-voltage

Omron, Schneider, C HNT

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