How Flowpack Packaging Machines Work?

Flowpack packaging machines are one of the most critical automation solutions of modern production lines, and as Arpack Makine, we are among the manufacturers that integrate this technology into industrial production processes. In this article, we discuss in detail the working principle of flowpack systems, their components and how they are used in which sectors.

What are Flowpack Packaging Machines?

Flowpack packaging machines are horizontal packaging systems that allow products to be wrapped over a continuous film roll to form hygienic and aesthetic packages closed on three sides. They are also known in the industry by long tail calls such as “horizantal flow wrap machine”, “automatic flowpack packaging system” or “high speed continuous packaging machine”.

These systems are especially preferred in food, cosmetics, medical and industrial production lines with high volume production.

As Arpack Makine, we offer not only machine sales in the systems we develop with our manufacturer identity, but also engineering solutions suitable for the production line.

Working Principle of Flowpack Packaging Machines

Flowpack machines basically work in three main stages:

1. Product Feeding

The products are fed into the machine in an orderly manner via automatic or semi-automatic feeding systems. This stage is also referred to as “flowpack automatic product feeding system” and directly affects production efficiency.

2. Film Forming and Rewinding

The film at the bottom is unwound from the roll and wrapped around the product in the form of a tube. In this process, the product travels on a continuously moving belt. This structure is also known as “continuous horizontal packaging system”.

3. Cutting and Closing

When the product reaches the desired length, the system automatically performs the cutting and sealing process. Thanks to heat sealing technology, the pack is completely sealed.

Basic Components of Flowpack Systems

A flowpack packaging machine usually consists of the following main components:

Film transport and rewinding unit
Product feeding conveyor
Longitudinal and transverse welding systems
Cutting knife mechanism
Control panel (PLC systems)
Sensor and automation modules

These components work synchronised in an “industrial flowpack packaging line”.

In Which Sectors Are Flowpack Packaging Machines Used?

Flowpack systems have a very wide range of applications:

Food sector: biscuit, chocolate, cake, wafer
Cosmetics sector: soaps, masks, sample products
Medical sector: sterile consumables
Chemical industry: tablets and single dose products
Industrial production: small parts and consumables

For this reason, it is also considered a “multi-purpose automated packaging solution”.

Advantages of Flowpack Technology

The main reasons why flowpack systems are preferred by manufacturers:

High production speed (mass production advantage)
Minimum labour requirement
Low error and waste rate
Aesthetic and shelf-friendly packaging
Maintaining product hygiene
Fast adaptation to different product types

In the systems we produce as Arpack Makine, especially production line optimisation and long-term stable operating performance are the primary design criteria.

Advantage of Being a Manufacturer

As a flowpack machine manufacturer, Arpack Makine does not only offer standard machines; but also:

Production line-specific engineering design
Customised automation systems according to requirements
Integration and installation support
After-sales technical service infrastructure

provides end-to-end solution.

This approach creates a serious operational advantage, especially for high-volume production companies.

Flowpack packaging machines play a critical role in modern production processes in terms of speed, hygiene and efficiency. A correctly designed system directly affects not only the packaging process but also the performance of the entire production line.

As Arpack Makine, the flowpack solutions we have developed with our manufacturer identity offer high performance and sustainable production systems that can be adapted to the needs of different sectors.