Contemporary health and safety standards in the food, chemical and pharmaceutical industries require exceptional precision and attention to quality and cleanliness at every stage of production.
All operations take place in cleanliness classes that comply with international standards — with restricted access and full supervision of the production environment.
Components (including valves, multilayer films, closures) are subjected to radiation sterilisation (e.g. with an electron beam), eliminating microorganisms and pathogens while maintaining the integrity of the material.
We use modern packaging machines that enable precise filling and sealing of packaging under sterile conditions, eliminating the risk of secondary contamination.
Each batch of products is tested for leak tightness, mechanical strength and microbiological purity. We document all parameters for full traceability.
By diversifying our supply chain, we ensure continuity of service without the risk of order interruptions, even in emergency situations.
We use a network of seven independent sterilisation centres, which enables flexible and timely deliveries — both in Poland and abroad.
Our products can be shipped directly after sterilisation to other continents, including the USA, Latin America, Africa and Australia. We handle container transport (DV 20', DV 40'), ensuring appropriate conditions and documentation.
We use only carefully selected films and closures that are resistant to oxidation and cross-linking processes, are suitable for radiation sterilisation and do not lose their barrier properties.
Clean rooms maintain strictly controlled parameters — temperature, humidity, pressure and air quality are monitored in real time.
Each new batch of product undergoes testing for the effectiveness of the dose used, and the entire process complies with current ISO standards and industry guidelines.
We aim to continue improving our production processes and introducing innovative solutions.
With care for the natural environment, we are developing materials that are recyclable while reducing the use of those that cannot be separated for recycling. We aim to replace multi-material and metallised films with alternative film structures that offer comparable mechanical properties.
