Quality and Development
The overall goal of Evitron is to provide the highest quality of offered products, which meets the requirements and expectations of customers. Therefore, we constantly care about maintaining the required magnetic, geometrical and mechanical parameters of our products through systematic and conscientious controls at all stages of technological processes. Finished products are controlled with standard measuring tools for geometrical properties and specialized control and research devices for magnetic or other properties.
At Evitron, internal quality standards have been applied from the beginning, however, to meet the expectations of customers and market requirements, we decided to implement a management system based on globally recognized standards. Currently, our process management operates according to ISO 9001:2015 Quality management systems – Requirements and IATF 16949: 2016 Automotive quality management system standard.
The certificate granted for compliance with ISO 9001 and IATF 16949 and the continuous improvement of our quality management system is a guarantee of Evitron’s credibility and reliability, as well as assurance of high quality of our products and services. It is also a confirmation of our competences as a company providing products for various industrial sectors, including automotive industry.
Due to the dynamic development of industry sectors in which polymer-based magnets are used, we are still setting new goals for the innovativeness of the applied solutions.
We conduct advanced technological research, which gains recognition internationally – it is confirmed by the funding from the European Regional Development Fund granted to Evitron under the Regional Operational Program of the West Pomeranian Voivodeship. In this respect, we cooperate with the best universities in Poland, including Warsaw University of Technology.
Projects implemented so far:
- “The use of pre-magnetization in the production of multipolar magnets by injection method”
- „The development of new materials based on NdFeB alloys and processes enabling the production of hybrid magnetic rotors in the field of injection technology with a magnetic field”
- „Introduction of innovative products in the form of multipolar magnets on the German market for the automotive industry”