Packaging programmes
We are pioneers in the application of vacuum-packaging techniques.
Sealing
Seals bags/trays without vacuum.
Vacuum
Vacuums and seals bags/trays.
Vacuum and gas
The use of a combination of vacuum with certain gas mixtures such as nitrogen (N2) or carbon dioxide (CO2) protects the packaging of fragile products, prevents deformation and maintains the colour of the meat.
Vacuum and skin
Thanks to the vacuum action, this system allows the film to adhere perfectly to food like a second skin. Ideal for value-added products that seek enhanced presentation.
Longer shelf life of vacuum-packed products
There are several factors that influence the shelf life of foodstuffs, including
the characteristics of the raw material, the composition and structure of the food,
freshness and cleanliness, as well as the manufacturing process.
The main factors that influence the shelf life of a product are:
- THE SPEED AND DEGREE OF DETERIORATION OF A FOODSTUFF
-
And, therefore, the reactions that take place in it during storage depend on many factors both inherent to the characteristics of the food and external factors.
- MOISTURE MIGRATION
Vacuum packaging prolongs the shelf life of the product, preserves its quality and properties (odour, colour), prevents it from drying out, protects it from external influences (light, humidity) and facilitates storage and transport.
If the food is free of oxygen, it is also free of the proliferation of microorganisms and aerobic bacteria.
The vacuum prevents or delays:
The growth of microorganisms.
The factor that most influences the growth of microorganisms, in addition to the intrinsic characteristics of the food, is the storage temperature and the gaseous composition inside the container. In this regard, the packaging material must guarantee either that there is no significant gas exchange between the inside of the container and the outside, or control the diffusion rate.
Lipid oxidation.
In foods where microbiological growth does not take place or is negligible, the main deteriorations are due to lipid oxidation, resulting in rancidity and the formation of off-flavours, as well as enzymatic and non-enzymatic browning, which makes the food go brown and alters the smell and taste. In both deteriorations, the main factors that influence the shelf life are oxygen and light. With these foodstuffs, it is very important that the material prevents, as in the previous case, the exchange of gases between the inside of the container and the outside – namely, the material must have a low permeability, mainly to oxygen. On the other hand, in products exposed to light, this can pose a significant risk. In this regard, for example, although the consumer usually prefers transparent materials as they can see the content, this can lead to a significant decrease in their shelf life.
Physical deterioration:
Another important type of deterioration is physical – such as loss of crispness in foods with low humidity or, in the opposite case, increased hardness. This type of deterioration is highly influenced by relative humidity, so in these cases, the material must have a low permeability to water vapour to prevent the migration of environmental humidity to the product or vice versa.
The type of packaging material
also influences the shelf life.
The type of packaging is a key factor in influencing the shelf life of the food. Its main function is to protect the food from extrinsic factors – humidity, light, temperature, oxygen and microorganisms – as well as from mechanical damage.
It is important to use good quality vacuum bags to ensure durability of the vacuum. In addition to protecting the food, it must comply with the technical requirements inherent to the process to which it is to be subjected. Its properties such as permeability to oxygen and water, mechanical properties and transparency.
Table showing the approximate shelf life of the different vacuum-packed products:
Sectors and products
GASTRONOMY
Kitchens
PACKAGING SOLUTIONS
Packaging machines
Heat sealing machines
CUTTING SOLUTIONS
Multi-cutters
PACKAGED PRODUCT
MEAT PROCESSING INDUSTRY
Workshops
Factories
Packing centres
PACKAGING SOLUTIONS
Packaging machines
Heat sealing machines
CUTTING SOLUTIONS
Multi-cutters
Chop cutters
PROCESSING SOLUTIONS
Shrink tanks
Vacuum drums
Vacuum kneader drums
Refrigerated vacuum kneader drums
Brine injectors
PACKAGED PRODUCT
FOOD PROCESSING INDUSTRY
Workshops
Factories
Packing centres
PACKAGING SOLUTIONS
Packaging machines
Heat sealing machines
CUTTING SOLUTIONS
Multi-cutters
Cutters for fruit and vegetables
PACKAGED PRODUCT
DISTRIBUTION SECTOR
Retail
Wholesale
Online
PACKAGING SOLUTIONS
Packaging machines
Heat sealing machines
CUTTING SOLUTIONS
Multi-cutters
PACKAGED PRODUCT
NON-FOOD INDUSTRY
Pharmaceutical factory
Factory industry
PACKAGING SOLUTIONS
PACKAGED PRODUCT
Gas mixture for vacuum packaging (MAP)
Some foods are delicate because of their shape and size, and need a vacuum bag that does not crush or deform them while preventing sticking and protecting against breakage.
The MAP (Modified Atmosphere Packaging) technique is used to package and preserve the most fragile foods using a mixture of gases.
This gas mixture is also called INERT GAS.
To pack with MAP or inert gas, just connect the gas cylinder to your machine (prepared accordingly). With the programme established for this purpose, the gas will be gradually injected into the container and then sealed.
You can use Modified Atmosphere Packaging for products such as pasta, pastries, vegetables, fruits, pre-cooked dishes, etc.
Different gases are often used in proportional mixtures. The most common are nitrogen and carbon dioxide, since they delay oxidation.
Oxygen is only recommended under very specific conditions, as it promotes food spoilage.
It is advisable to contact your trusted gas supplier.




















