News

Over the years L-Tek was always focused into lowering emissions into the nature.

With various techniques we have done all possible to reduce out impact into nature in our work life and in lifecycle of our products.

Now L-Tek joined integrated policy bound to improve our life and nature and lower our emissions with ISO 14001 certificate.

Programme Quality Certificate Voucher is co-financed by Republic of Slovenia and the European Union, i.e. the European Found for Regional Development.

The Chamber of Commerce of Dolenjska and Bela krajina has recognized our efforts in the field of innovation this year as well.

We received a silver award for innovation: A wireless sensor for measuring wood moisture.

The WOrMS (wood moisture sensors) unit is a tool that deepens your knowledge of the behavior of wood over time. This provides various companies producing wood products with tools that, with additional knowledge and appropriate improvements, offer the end customer a higher quality product and a step ahead of the competition. The sensor unit measures the wood moisture via two screws, which are also used for attaching the sensor. The battery-powered sensor allows for easy installation. The data is available online to different users or to further developed applications intended for the end user.

More information about the Innovation event can be found at the following link:
https://www.gzdbk.si/si/aktualno/novice/?id=4961&l=2021

We are excited to be able to say that we will soon be moving to a new business premises.

We will also gradually expand our team and if you see yourself in sales, purchasing, technology, quality or R&D you are kindly invited to get in touch with us.

As part of the project “Combining simulations, machines and tools to optimize the production process of polymer products” (CoSiMa), project partners at Kolektor Orodjarna in Postojna performed experimental testing for a drug push product with selected material from the PA66 family with a 35% share of glass fibres, where we analysed in addition to process parameters, also the dynamic behaviour of the injection moulding machine. These experiments are intended to support further activities to optimize the injection moulding process by allowing automatic changes to the adjustment settings on injection moulding machines. We will also perform dimensional measurements and accompanying simulations of filling and shrinking on the injection moulded pieces, so as to evaluate the obtained results according to the settings production data, which will also be analysed. Our future aim is to continue with experimental testing with other materials as well as on other products.

Project is co-financed by the Republic of Slovenia, Ministry of Education, Science and Sport and the European Union from the European Regional Development Fund.