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Modernization of the workplace at MESIT machining, s.r.o.

The company MESIT machining, s.r.o. started the physical implementation of the project CZ.01.3.10/0.0/0.0/20_370/0026491 “Modernization of the workplace at MESIT machining, s.r.o.”.

The project will lead to the implementation of further measures leading to the improvement in energy performance of the operation of MESIT machinery, a.s. Specifically, it involves replacing the existing energy-intensive horizontal milling centre with a modern vertical milling centre.

The operation is supported by EU funding.

The implementation of the subsidy project in terms of fulfilling all the requirements of the subsidy provider (Ministry of Industry and Trade) is ensured by the company JVM – RPIC, spol. s r.o.

We are implementing the project:

We are implementing the project:

Modernization of finishing operations at MESIT foundry, a.s.

Project Registration Number: CZ.01.3.10/0.0/0.0/20_370/0026289

The main goal of the project is energy saving, i.e. reducing the energy intensity of production and technological processes. It is necessary to reduce the energy intensity of the company's production processes through modernization and acquisition of more energy-efficient production machines and technological equipment.

The subject of the project is the implementation of the following measures:

  • Laser machine – the existing moving arm laser welding machine will be replaced with a new one. According to the manufacturer's data, the new device will be up to 50% more efficient when welding Al alloys with the same device input.
  • Blasting chamber – the old three “Škoda Praha” blasting chambers will be replaced by 3 pressure blasting chambers. The new blasting chambers will work with minimal loss of compressed air – there will be a reduction of 80%. Furthermore, the new filtration will save 26.2 kW per hour, the compressor power will be saved by approx. 25%, i.e. 12.5 kW/hour. The amount of heat needed for space heating will be reduced by 22 kW because the air in the new chambers will be recovered through the HEPA filter.

We are implementing the project:

We are implementing the project:

Development of the technology for the controlled solidification of castings from aluminium alloys for aerospace industry

Projekt registration number: CZ.01.1.02/0.0/0.0/20_321/0024381

Target of this project is gaining new knowledges which are needed for the development of the new technologies by carrying out a industry research and experimental development. The project is focused on the field of development of the unique technology of controlled solidification of extremely complicated castings made from aluminium alloys used mainly in aerospace industry.

For the project is provided financial support of European Union.

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We are implementing the project:

Development of aerospace castings from aluminium alloy EN AC-AlSi7Mg0,6 with high internal quality and high mechanical properties

Project registration number: CZ.01.1.02/0.0/0.0/16_083/0010297

Target of this project is to development and apply the casting technology of aluminium alloys with high internal quality and with finally high mechanical properties for exremely demanding customers from aerospace industry. Secondary targets of the project are decrease of material and energy intensity with increase of functional characteristics of a product by using progressive technology and impovement of funcional characteristics of material, which have potencial to be used in more industries beside aerospace.

Output of the project will be verified technology.

For the project is provided financial support of European Union.

We are implementing the project:

We are implementing the project:

Modernization of de-waxing process and melting area used for castings of aluminium alloys in MESIT foundry a.s.

The project is focused on an implementation of a set of measures which will lead to decrese of energy intensity of the applicant's company which is engaged in the production of technologicaly complexed thin wall investment castings from aluminium alloys and investment castings for steel and copper based alloys.

For the project is provided financial support of European Union.

Successful cooperation

Successful cooperation

Research and Development of the Manufacturing Technology of Spacious, Thin Wall, Aluminium Castings

The project took place in the years 2011–2013 as part of the program of the Technology Agency of the Czech Republic.

Brno University of Technology (BUT), Faculty of Mechanical Engineering, Institute of Manufacturing Technology, Department of Foundry Engineering contributed to the solution.

The investigator for our company was Ing. Patrik Vašťák, for BUT Prof. Ing. Milan Horáček, CSc.

Project publicity