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LIFE BioTHOP project, in which TECOS is participating as a project partner, announces the first photo contest, through which you can win some practical awards. The thematic of this competition is HOPS & ENVIRONMENT, which covers the importance of the sustainable production for our beautiful and healthy environment and the co-existence of the agriculture, residents and animals.

From September 2019 until April 2020 partners of SAMANTHA project: Skills in Additive MANufacturing for the Toolmaking and HAbitat Sectors will be involved in the realization of the first intellectual product of the project. Specifically, in a report on the situation and evolution of additive Manufacturing in the toolmaking and Habitat sectors and related VET training offer: high-tech T-shaped skills and competences in different occupations (mismatches).

As part of the ADMA (European Advanced Manufacturing Support Center) project, of which TECOS is also a partner, three Learning Network events will be organized in March to showcase the latest technologies within the Factories of the Future. Participation is mainly recommended for directors and executives.

The kick off meeting of the project SAMANTHA took place between 24th and 25th September 2019 in Karlsruhe at KIT (Karlsruhe Institute of Technology), Germany. 

Environmental Summit was held on the 7th of November, 2019 at the Chamber of Commerce and Industry of Slovenia in Ljubljana. The meeting has a tradition of more than 20 years, and it has a rich professional program and a diverse selection of local and foreign speakers. The emphasis of the program held on the presentation of good and environmentally friendly practices in Slovenian companies.

TECOS, Slovenian Tool and Die Development Centre has presented the latests results of LIFE CEPLAFIB on the 17th International Waste Management and Landfill Symposium, held from the 30th September to 4th of October, 2019, in Sardinia, Italy.

The European Commission has launched an importan pan-European project to establish a European Advanced Manufacturing (ADMA) Support Centre to help SMEs assess the possibility of adopting advanced manufacturing solutions and transforming their organisation towards next-generation factories with more competitive, modern and sustainable production.

The third project meeting within the LIFE CEPLAFIB consortium was held between on 11th and 12th of July, 2019. It was organized by our industrial partner ADRIA MOBIL, which is responsible for the implementation of final prototype products for the automotive sector.

The Slovenian Institute of Hop Research and Brewing (IHPS) with partners from 5 EU states is starting with a European co-funded project LIFE BioTHOP to introduce 100 %biodegradable, recyclable and compostable twine into hop fields, as environmentally friendly alternative to polypropylene twine, which is in use nowadays and which degradation in the nature can last up to 450 years. To fulfil the requirements of the circular economy, partners of the project are aiming to use the hop biomass after harvest, intertwined with this new twine, produce new bioplastic products in horticulture, agricultural and plastic packaging sectors. 

Within the framework of the HIDSENZ project, Hidria AET d.o.o and TECOS Slovenian Tool and Die Development Centre are developing a cavity pressure sensor for monitoring the injection molding process of plastic materials.

By launching the final conference of the MARTINA project, TECOS together with the project partners completed the three-year research and development period, which brought over 120 innovations in the field of advanced materials. MARTINA - MAteRials and Technologies for New Applications was recognized as one of the most prominent Slovenian business-technological model of cooperation, vital in the contribution of new knowledge in the field of material science and successful practice example of the efficacious cooperation between the industry and knowledge institutions.

TECOS Slovenian Tool and Die Development Centre hosted the kick-off meeting as one of the partners in the INTERREG: S3HubsinCE project. The two-day meeting was dedicated to aligning the various contents and developing a common understanding of the project’s objectives as well as to socialising, networking and deciding on the future steps.

Srednja Evropa ima velik potencial za transnacionalne možnosti sodelovanja za spodbujanje izvajanja strategij RIS3 od spodaj navzgor (bottom-up), vendar večina teh priložnosti še vedno ni izkoriščena. S projektom INTERREG: S3HubsinCE – Sprostitev potenciala transnacionalnega sodelovanja prek hubov za digitalne inovacije za spodbujanje izvajanja RIS3 želimo projektni partnerji doseči prav to.


  • Langjährige Erfahrungen
  • Kompetentes Personal
  • Kurze Reaktionszeit
  • Ganzheitliche Lösungen aus einer Hand
  • Spitzenmäßige Ausstattung der führenden Weltlieferanten


Schnell zu einem präzisen 3D-Modell der Schneidevorrichtung zur Fertigung der Ersatzstücke

Schnell zu einem präzisen 3D-Modell der Schneidevorrichtung zur Fertigung der Ersatzstücke

Ein Kunde musste den abgenutzten Rotor mit Messern erneuern, für den es keine Dokumente und kein 3D-Modell gab. Mit einem präzisen 3D-Scannen des Originals und mit der Fertigung des funktionalen CAD-Modells wurden genaue Daten zur Fertigung des Ersatzrotors und der Messer gewonnen.

Vorhersage der Deformationen am thermoplastischen Ölfiltergehäuse nach dem Spritzguss

Vorhersage der Deformationen am thermoplastischen Ölfiltergehäuse nach dem Spritzguss

Der Kunde sah bei der Werkzeugentwicklung etwaige übermäßige Biegung des Spritzgussprodukts bei der Abkühlung (Werkstoff PA66 mit 30% der Glasfaser) vorher. Mit der Spritzgusssimulation wurden die Deformationen vorhergesehen und das Problem wurde erfolgreich gelöst.

Analyse des Tiefziehens von Blech in einer Phase

Analyse des Tiefziehens von Blech in einer Phase

Für das dargestellte Beispiel sah der Auftraggeber nur eine Phase vorher, aber es gab Zweifel in Bezug auf die Fehler beim Tiefziehen. Mit der Analyse wurden die Zweifel entkräftet.

Mit Moldflow und Abaqus zu den präzisen FEM-Festigkeitsberechnungen

Mit Moldflow und Abaqus zu den präzisen FEM-Festigkeitsberechnungen

Wir führten eine Vergleichsstudie zwischen der experimentell gemessenen Tragfähigkeit des behandelten Produkts und der Vorhersage der FEM-Festigkeitsberechnung unter Berücksichtigung der tatsächlichen Faserorientierung aus.

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