Packaging machines - overview of solutions and tips for modern production

Estimated reading time: approx. 8 minutes

TL;DR:

• Packaging machines make it possible to significantly improve the production process and reduce costs.
• Automation and robotic packaging guarantee high repeatability and a rapid return on investment.
• Integrating new equipment into an existing production line requires needs analysis, simulation and appropriate staff training.
• The packaging machinery market is betting on intelligent vision systems, modularity and environmentally friendly solutions.
• The choice of machines should be adapted to the scale of production, budget and future expansion plans.

Table of contents

Introduction
The role of packaging machinery in modern industry
Overview of the most common types of packaging machines
Integration of packaging machines into the production line
Trends and innovations in the packaging machinery industry
Implementation examples and the role of Michale Automatics
Is robotic packaging always the best option?
Important aspects of choosing packaging machinery in 2025
How do you calculate the profitability of investing in packaging machinery?
Key findings and recommendations
Summary
FAQ

Introduction

Packaging machines play a key role in an increasing number of industries: from food to pharmaceuticals to heavy industry. In an era of increasing competition in the market and the need to optimise costs, companies are relying on modern, automated packaging systems. The aim of this article is to provide an overview of the available solutions and to point out the most important aspects to look out for when selecting packaging machinery. You will learn how a well-chosen machine can affect process efficiency, as well as what to do to ensure that the new equipment integrates seamlessly into your existing production line.

Through reading, you will learn not only about packaging machine types and market trends, but also about practical examples from implementations made by Michale Automation, a company specialising in machine building, industrial automation and SIASUN robot distribution. The article will also address how modern packaging systems can reduce production times, improve packaging quality and use resources more efficiently.

The role of packaging machinery in modern industry

Packaging machines not only streamline the process of preparing products for dispatch or further processing, but also significantly reduce costs and eliminate errors due to human labour. In large companies, where thousands of products are packed every day, even a small amount of automation can have a gigantic impact on efficiency.

Impact on costs and productivity

Today, it is difficult to imagine a modern production line without at least partial automation of packaging processes. Increased efficiency in this area translates into:

• Reduction in staff numbers needed in the packaging department, which reduces labour costs.
• Reduced risk of errors (e.g. labelling errors or incorrectly closed packaging).
• Continuous operation possibleguaranteeing stable production 24/7.

As a result, it is not uncommon for an investment in advanced packaging machinery to pay for itself in less than two years, especially if the integration of the new equipment with the rest of the production line is better planned.

Automation in the face of increasing demands

Today's market places great emphasis on speed of order fulfilment and flexibility of delivery. Manufacturing customers increasingly want to be assured that an ordered product range will be delivered on a strictly fixed date, sometimes in small batches, with the ability to instantly change product specifications in the course of an order. For this reason, traditional, fully manual packaging is gradually becoming a barrier to development.

Overview of the most common types of packaging machines

Packaging machines can be divided into several main categories, depending on the degree of automation and the type of packaging materials.

Semi-automatic machines

They are most often operated by a human operator, who is responsible for placing the product in the right place and starting the packaging cycle. While such solutions do not eliminate the need for an operator, they do help to reduce the manpower required for a significant proportion of tasks. Typically these include:

• Strapping machines for strapping cartons.
• Film sealing machines in which the product is manually inserted into the film bag and pushed into the sealing zone.
• Equipment to support the carton forming process.

Semi-automatic machines have the advantage of lower purchase and maintenance costs. They work well in smaller, flexible plants where not every production line runs continuously.

Automatic machines

Fully automatic packaging machines transfer the product, measure it, seal the film or seal the package without human intervention. They are ideal for plants with high production volumes where process stability and repeatability are crucial.

• They can be equipped with vision sensors (e.g. camera systems) to monitor the correctness of packaging.
• They work well for packaging food, chemical, pharmaceutical or metal products, ensuring both speed and process safety.
• They facilitate real-time tracking of each product, which happens to be important in the food and pharmaceutical industries.

Use of robots in the packaging process

The next step in packaging automation is the implementation of robotisation. Robots can not only put on plastic packaging or close cartons, but also palletise cartons in preparation for shipping and stack them in a well-defined manner. Michale Automatika is the official distributor of SIASUN robots - these machines are increasingly used in packaging processes where precision, speed and compatibility with existing industrial infrastructure are required.

Integration of packaging machines into the production line

Many entrepreneurs who are considering the purchase of new packaging machinery wonder how the process of implementing it on an existing production line goes. The task can seem overwhelming, especially when there are already several different systems and equipment in the line.

Key implementation steps

1. Analysis of needs and choice of solution
- Identify the production rate, the type of product range being packed, the types of packaging used and health and safety rules.
- Consultation with an integration company such as Michale Automation - during the meetings the requirements for automation, possible robotisation and control are established.

2. design and simulation
- Based on the data collected during the analysis phase, a design for the packaging line or station is created.
- Many packaging machine manufacturers use simulation software to catch possible critical points.

3. installation and testing
- Equipment is assembled and integrated with the rest of the infrastructure (conveyors, automated trolleys, etc.).
- Tests are carried out to check the performance and correctness of the system under near real-world conditions.

4. employee training
- Operators, maintenance and production managers learn how to operate and maintain the new equipment.
- Safety training on machinery and works is also often provided.

5. post-launch optimisation
- The first weeks after implementation are an observation period: performance is monitored, data on potential downtime is collected and minor adjustments are made.

The importance of thoughtful automation and security

The design of a line in which packaging machines operate fully autonomously must go hand in hand with safety standards and ergonomics. It is therefore worth investing in dedicated guards, alarm systems or safety barriers. If the system also includes robots, components will be needed to prevent collisions and protect operators.

Trends and innovations in the packaging machinery industry

The packaging machinery market is evolving with advances in technology and changing customer needs. Here are some of the most important innovations to watch out for in the coming years.

Intelligent vision systems

Packaging machines that are equipped with advanced cameras and image analysis algorithms are already available today. They can verify whether the packaging is sealed correctly and even recognise the shapes or colours of products to direct them to the correct type of carton. Integrated vision systems reduce the number of mistakes and cut costs associated with complaints.

Designing for sustainability

The design process of packaging machines is increasingly taking waste reduction into account: packaging is thinner and lighter, but just as safe, and the machines themselves consume less energy. In the midst of the climate crisis, companies can promote an eco-friendly approach to packaging while responding to growing customer demand for environmentally friendly products.

Modularity and scalability of solutions

Modular machines are gaining in importance. They can be easily expanded with additional segments, such as a labelling system or an additional module for packaging with a different type of film. In this way, a company can gradually develop its infrastructure without having to invest in extended lines straight away.

Implementation examples and the role of Michale Automatics

Michale Automatics is a team of experienced engineers who have specialised for years in the construction of machines and production lines, as well as in the integration of robotic workstations. The company is also the official distributor of SIASUN robots in Poland, which translates into a wide range of customisation possibilities for the packaging solutions offered.

Integration with packaging robot

An example of a successful implementation is the installation of a packaging robot in a medium-sized food production facility. The lines were previously operated manually, resulting in:

• Repeated errors in product positioning and labelling.
• Significantly increased packing time during periods of high seasonality.
• The need for temporary staff to support the packaging department.

After the introduction of a new robot together with a dedicated packaging machine (sealing machine and automatic sorting system), it was successful:

• Significantly reduce packaging time and eliminate human error.
• It is better to plan production shifts without having to employ a large number of staff on an ad hoc basis.
• Optimise shop floor space with the compact design of the new unit.

If you are considering this type of solution, it is worth taking a look at our
the offer for the robotisation of packaging.

Additional support and service

On the maintenance side, it is crucial to have a service facility that will take care of the continuity and stable operation of the production line. In the case of Michale Automatyka, customers can count on support in the form of:

• Regular inspection and maintenance of machines.
• Corrective action by qualified professionals.
• Emergency preparedness.

For details of the service, see our
service and maintenance offers.

Is robotic packaging always the best option?

Automation and robotisation undoubtedly bring benefits, but not every company needs to immediately reach for the most advanced solutions. It all depends on the scale of production, the type of products and the available budget.

The case for robotisation

• High repeatability - packaging machines and robots eliminate human error.
• Greater efficiency - In many cases, it is possible to reduce the packaging process by up to 40%.
• Scalability - As orders increase, further robots or packaging modules can be added.

When it is worth betting on simple automatic or semi-automatic machines

• Low level of line complexity - if packaging does not require advanced personalisation and a simple film sealing system is sufficient.
• Limited budget - More sophisticated packaging machines are often more expensive to purchase and maintain.
• Variable products and short series - if you frequently change the type of assortment, simple semi-automatic machines can be more flexible and easier to change over.

Important aspects of choosing packaging machinery in 2025

The demand for increasingly modern packaging machines will only increase in the years to come. In 2025, we will certainly see further developments in automation and intelligent quality control systems. The most relevant criteria to consider before purchasing are summarised below:

1. Scalability and flexibility
   - Choose modular machines as they allow for expansion as your business grows.
   - Make sure the device is compatible with a wide range of packaging types.
2. Integration into existing infrastructure
   - Check that the machine offers easy communication with ERP/MES or vision systems.
   - If you are thinking of future expansion, look out for the possibility of integration with robots.
3. Ensuring safety and ergonomics
   - For fully automatic machines, safety barriers, work area scanners and guards to protect operators are crucial.
   - An ergonomic operator station promotes comfortable working conditions and minimises the risk of accidents.
4. Running costs and maintenance
   - Find out about the availability of spare parts and check if you have a service in your area.
   - Pay attention not only to the purchase price, but also to the total cost of ownership (TCO).
5. Alignment with sustainability standards
   - Many customers and clients emphasise green solutions, including the reduction of film or energy consumption.
   - Choosing a machine designed to minimise waste will have a positive impact on the image of the company.

If you are also interested in optimising other production processes, for example automation or robotisation of painting lines, it is worth exploring the wide range of services that Michale Automation offers as part of the
robotisation.

How do you calculate the profitability of investing in packaging machinery?

Before deciding on a specific solution, a profitability analysis (ROI) is usually carried out. Although many companies prepare their own calculations, there are also ready-made tools for calculating ROI, mainly in the area of robotics and automation.

Key indicators to take into account

• Cost of purchasing the equipment (or leasing).
• Running costs: electricity, consumables, maintenance.
• Human labour costs (can staff numbers be reduced through partial or full automation).
• Anticipated productivity and gain from process improvement (shorter production cycle, elimination of errors).

Impact on long-term development

Many companies purchase packaging machines with a long-term growth perspective in mind. In addition to the payback time itself, it is important to consider:

• Possibility of changing the product range in the future (e.g. labelling module for other products).
• Expansion to include another line segment (e.g. packaging in a different film thickness).
• The potential to link machines into a larger ecosystem (e.g. collaboration with palletising robots).

Key findings and recommendations

• Packaging machines are becoming an indispensable part of virtually every modern production line, regardless of the size of the company.
• Adapting the level of automation and robotisation to the real needs of the business is key to success.
• When designing a new packaging line, it is worth investing in technologies that will not only improve current processes, but also allow for further expansion.
• Safe integration into the existing line and comprehensive staff training allow the desired results to be achieved quickly.
• Intelligent vision systems, modular solutions and environmental concerns are playing an increasingly important role in the packaging industry.

Summary

The choice of packaging machines and their proper integration into the production line can be decisive for the efficiency, quality and profitability of the entire manufacturing process. From simple sealing or binding machines to complex systems combined with robots, the range of possibilities is extremely wide. Each company, depending on the scale and type of production, will need a slightly different, personalised approach.

In this article, we discussed the key aspects of purchasing and implementing modern packaging machines, pointed out the most important selection criteria and signalled the benefits of implementing robotic solutions that Michale Automatika has on offer. If you are interested in the possibilities of optimising your packaging processes and at the same time want to prepare your company for the growing demands of the market, we invite you to contact us and check out the services tailored to the needs of your plant.

You may want to take a closer look at our offerings related to other production steps such as welding or framing.
robotisation of paving.

Finally, we encourage you to keep an eye on the Michale Automation blog. We regularly publish material on new developments in robotics, industrial automation and the integration of modern vision and AI systems into production lines. Leave a comment to share your insights or ask for more detailed information on the purchase and implementation of packaging machines.

Thank you for reading and we look forward to continuing to work with you.

FAQ

How long does it take to implement a packaging machine?
The implementation time depends on the complexity of the production line and the degree of automation. Typically, the process takes several weeks to several months.

Does packaging automation mean redundancies?
Not necessarily. Automation allows staff to focus on tasks that require more creativity and quality control, while monotonous tasks are taken over by machines.

How do you choose between a semi-automatic and a fully automatic machine?
The choice depends mainly on the volume of production, the type of products being packed and the budget. Semi-automatic machines will work well for smaller and more varied batches, and automatic machines for large plants with high volumes.

Is it worth investing in robotic packaging when production volumes are low?
It is worth waiting with robotisation if your business is characterised by small product runs and frequent product range changes. In such cases, simple automatic or semi-automatic machines may be more cost-effective.