Henwi Tech - specialized in cosmetics & food & daily chemical & medical machinery.

1. Overview

The cosmetics and food bagging machine series is a type of automated packaging equipment dedicated to the cosmetics, food and other industries, and is widely used in bagging of pastes, liquids, powders, granules and other materials.

This series of equipment can complete automatic feeding, metering, filling, sealing, cutting, printing and other functions, greatly improving production efficiency and ensuring the sealing, beauty and consistency of product packaging.

2. Equipment classification and application

(1) Liquid/paste bagging machine

Applicable to shampoo, conditioner, shower gel, lotion, essence, ketchup, honey, sauce, etc.
Use piston pump or peristaltic pump for quantitative filling to ensure accuracy.

(2) Powder bagging machine

Applicable to mask powder, protein powder, seasoning powder, milk powder, coffee powder, etc.
Use screw metering system to ensure consistent weight of each bag.

(3) Particle bagging machine

Applicable to candy, dried fruit, jelly, pharmaceutical granules, tea, seeds, etc.
Use electronic combination weighing or measuring cup measurement to improve packaging accuracy.

(4) Multifunctional bag packaging machine

Suitable for packaging of different types of products, supporting self-supporting bags, zipper bags, special-shaped bags, etc.
Suitable for multiple industries such as food, cosmetics, daily chemicals, and medicine.

3. Main components

(1) Automatic feeding system (optional)

Can be used with screw conveyor, liquid pump or vibration feeder to automatically convey materials.

 

(2) Measuring system

Adopt precise metering devices (piston pump, screw, electronic scale, etc.) to ensure consistent weight of each bag.

 

(3) Automatic filling system

Choose the appropriate filling method according to the bag type and material characteristics to prevent leakage.

 

(4) Sealing system

Adopt heat sealing or ultrasonic sealing to ensure that the packaging bag is well sealed.

 

(5) Printing/coding system (optional)

Can integrate inkjet printer or thermal transfer printer to print production date, batch number and other information.

 

(6) Cutting system

Adopt cross-cutting, easy-tear cutting or special-shaped cutting to improve the beauty of packaging.

4. Workflow

(1) Automatic feeding (optional)
(2) Automatic bag making or bag taking (applicable to pre-made bags)
(3) Precise metering and filling
(4) Heat sealing/ultrasonic sealing
(5) Coding or printing (optional)
(6) Cutting and shaping
(7) Finished product conveying

5. Product features

(1) Efficient automation

Fully automatic completion of the packaging process, greatly improving production efficiency.
Adapt to different types of packaging bags and meet various production needs.

 

(2) Precise metering

Adopt high-precision weighing or pump filling system to ensure consistent packaging specifications.

 

(3) High-quality sealing technology

Adopt high-quality heat sealing, cold sealing or ultrasonic sealing to ensure sealing.

 

(4) Intelligent control

PLC+touch screen operation, support multi-language interface, easy to operate.
Can store multiple packaging parameters and quickly switch between different products.

 

(5) High hygiene standards

The equipment is made of food-grade stainless steel SUS304/316L, which meets GMP, CE, and FDA standards.
With anti-pollution design, it is easy to clean and maintain.

 

6. Applicable packaging bag types

(1) Three-side seal bags
(2) Four-side seal bags
(3) Back seal bags
(4) Stand-up bags (including spout bags)
(5) Zipper bags
(6) Special-shaped bags

 

7. Purchase guide

(1) Determine the material type

Choose a packaging machine suitable for liquids, pastes, powders or granules.

 

(2) Confirm the packaging bag specifications

The equipment must support the required bag size range.

 

(3) Capacity demand matching

Choose an appropriate packaging speed (30-120 bags/minute) based on daily production needs.

 

(4) Automation level

Whether additional functions such as automatic feeding, detection system, and coding system are required.