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INTEGRATED LEARNING LABORATORY OF VIRTUAL PROTOTYPING AND EXPERIMENTAL VERIFICATION OF MACHINE ACCURACY

The laboratory is used for educational and research activities focused on the field of virtual prototyping and the use of rapid prototyping methods for the production of components from plastics or composite materials on state-of-the-art 3D printers. In addition, it allows experimental verification of the working accuracy of machine tools on models of milling machines and lathes as well as on a real machine tool. In addition to technical equipment, technical documentation and other educational aids are also available. The laboratory is equipped with audiovisual technology. The capacity of the laboratory is about 10 to 12 students.

Laboratory:

 lab 1

Equipment:
1. CraftBot XL 3D printer

Increased model with a print volume of 300 × 200 × 440 millimeters specially designed for schools, boarding schools, designers, architects and modelers. It enables the production of precise plastic models from a wide range of materials (PLA, PVA, TPU, ABS, PETG and Nylon).

lab 2 lab 3

2. Markforged Mark Two 3D printer
Mark Two is the best professional 3D printer in its class - working on the principle of continuous fiber reinforcement (CFR), thanks to which it is possible to reliably produce solid components. The hardened extrusion system allows the Mark Two to reliably print Onyx - a nylon fiber filled with micro-carbon particles. In addition to the common functions of the FFF, the Mark Two has a second-generation fiber reinforcement system that allows you to store a continuous fiber (carbon fiber, glass fiber, kevlar) to reinforce products.

lab 4

lab 5 lab 6

3. Modular UNIMAT CNC system
Thanks to the proven modularity of the UNIMAT ML system, UNIMAT CNC enables countless configurations and CNC applications. Ideal for reproducing workpieces and processing 3D volume models. Machinable materials: wood, plexiglass, wax, precious, non-ferrous and soft metals.

lab 7

4. EMCO PC TURN 50 lathe
Computer-controlled CNC lathe designed for machining rotating parts equipped with a turret with the possibility of clamping 3 tools at the same time is suitable for machining semi-finished products from ferrous and non-ferrous metals.

lab 8

Guarantor of the study program: prof. Ing. Peter DEMEČ, CSc.
Form of study: full-time / part-time
Standard length of study: 4 years / 5 years

PROFILE AND APPLICATION OF GRADUATES OF THE PRODUCTION TECHNOLOGY STUDY PROGRAM

GRADUATE PROFILE

      The study is focused on the preparation of highly qualified experts in scientific research, development and practice in all fields and workplaces where scientific knowledge of the construction of production technology is applied.

      Graduates of the study program Production Technology in the field of study Production Technology masters scientific methods of research and development of production technology with an orientation on the development of machine tools, forming, welding, foundry machines, industrial and service robots, as well as production machines and systems for non-engineering industries.

        The graduate of the doctoral study program Production Technology has deep theoretical knowledge of applied mathematics, applied mechanics, mechatronics, biomechanics, machine control theory and artificial intelligence, experimental theory and other disciplines in his field, which allows him to scientifically search for and bring new problems and development of the Production Technology department also for practical use in production technology, robotics and other branches of the economy, where production technology, robotic equipment and production systems are used.

       The graduate of the doctoral study program Production Technology has mastered the principles of scientific work, masters the formulation of problems, their analysis, the search for new solutions. Can mathematically model and simulate the properties of new solutions in 3D models, masters the methods of planning scientific experiments and specific methodologies of experimental verification of results obtained using analytical methods. He has also mastered the ethical principles and rules of scientific work and the presentation of the results of his activities.

         The specific specialization of the graduate depends on the topic of the dissertation and due to the breadth of the field of production technology can be directed to research and development of new production machines (machine tools, forming, welding, foundry, food, ...), robots and other production equipment, their components and modules as well as entire production systems using production technology, as well as the issues of their diagnostics, operation, maintenance and management.

APPLICATION OF GRADUATE

         Graduates of the study program Production Technology (3rd degree) will find employment in the research and production spheres in all branches of engineering focused on design, engineering and construction, as well as technical diagnostics and the use of production machines, robots and production systems. It will also be used in the creation of software focused on virtual prototyping, expert systems and modeling and simulation of the properties of production machines, robots and production systems, as well as in small and medium private companies engaged in sales, design and comprehensive supply of production machines, robots and production equipment and systems. .

          Graduates of the study program find employment, e.g. in the following companies:

  • Manex Košice - development and production of automation handling and packaging technology,
  • BWG Prešov - design and construction of automated sheet metal processing lines for the automotive industry,
  • OSRAM Slovakia Nove Zámky - development and production of single-purpose machines and equipment for the production of light bulbs,
  • Whirlpool Slovakia Poprad - development and production of washing machines,
  • Embraco Slovakia Spišská Nová Ves - development and production of compressors for white goods,
  • Ford Getrag Slovakia Kechnec - production of gearboxes for the automotive industry,
  • SPINEA Prešov - production of precision gearboxes,
  • PSA Trnava - car production,
  • H.M.Transtech Prešov - development and production of automated workplaces for sheet metal processing,
  • BSH Drives and Pumps Michalovce - development and production of electric motors for white goods,
  • Johnson Controls Trenčín - development and production of components for the automotive industry.
           Graduates of the study program Production Machinery and Equipment will also be employed in the field of scientific research and pedagogy. Priority in the field of university and research institutes.

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Why study Manufacturing Machines and Equipment

  • graduate of the study program is a mechanical engineer for the design, application and operation of machinery and equipment
  • you will have great opportunities to apply in the labor market, in research, construction, design and operational practice
  • you will gain knowledge with design and construction in modern software
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  • We offer you

 

  • quality study, which will give you a complete secondary education
  • excursions, workshops, seminars in cooperation with companies
  • topics for solving diploma theses also for industrial practice
  • participation in projects
  • the possibility to continue doctoral studies

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 We will teach you

  • correctly apply theoretical knowledge
  • analyze, design and construct complex machinery
  • use modern software tools for the creation and analysis of machine construction models
  • control software like Adams, Ansys, Matlab, Autocad, Creo Parametric, SolidWorks, NX
  • practical basics for programming machines and production systems

STATE EXAMINATION QUESTION

Bachelor's degree

Study program: Mechanical Engineering

Academic year: 2024/2025

Subject: Production machinery and equipment

Examiner: prof. Ing. Peter Demeč, CSc., prof. Ing. Jozef Svetlík, PhD.

 

Engineering degree

Study program: Robotics and robototechnology

Academic year: 2024/2025

Subject: Design and programming of applications with service robots

Examiner: prof. Ing. Marek Sukop, PhD.

 

Subject: Application of robotic systems in industry

Examiner: doc. Ing. Ján Semjon, PhD.

The first car with a pneumatic motor in Slovakia

On 10-12 May 2018, the 11th annual "Pneumobil 2018" compressed air vehicle competition will take place in Eger (HU). Student teams from all over the world have the opportunity to enter the competition. The concept of the car is based on the relatively strict rules of the International Aventics Pneumobile Competition 2018 (www.pneumobil.hu).

Eger flag EgerTeam

The rules define dimensional restrictions, safety regulations and also limit the scope of the elements used. It is therefore only up to the dexterity and innovation of the teams as they deal with the design of the structure and also the implementation itself. The competition evaluates the innovativeness of the project, the maximum range, the maximum speed and acceleration of the vehicle, as well as the skill of the drivers of the competition team in the race.

The aim of this activity is mainly to involve young enthusiasts in projects in the field of science and technology. Another interesting feature of the project is that the pneumatic elements for the competition teams will be supplied free of charge by Aventics, which is the main organizer of this competition. Aventics is a leading manufacturer of pneumatic components for industrial automation. The control system was supplied by TBH Technik, which is the sales and technical representation of Aventics in Slovakia and technically and logistically directly supports the design and implementation of our tirecar.

So our thanks go to this company.

"Pneumobil" TUKESjF is the first car of this type made in Slovakia. The car has a three-wheel chassis with 26 ”wheels and is powered by a pneumatic three-cylinder engine with a capacity of 1885 cm3. Compressed air is used as the medium. Emissions from such a car are virtually zero and do not pollute the environment at all.

           The energy source is the energy of air pressure with a value of 20 MPa in a pressure vessel with a volume of 10 l. The pneumatic motor is formed by three star-arranged pneumatic cylinders, which are gradually activated and by means of a crank transmission, thus the linear movement of these pistons is transformed into a rotational movement of the output shaft of the motor. The engine torque is then transmitted to the rear drive wheel of the car by a chain transmission. The front wheels are located on the sprung axles.

Monitoring the operation of the car and ensuring maximum drive efficiency is solved by the PLC control unit IndraControl L10 Bosch Rexroth

Eger STK1 Eger STK2

The length of the car is 2390 mm and the width is 1670 mm, the maximum height is 1113 mm. The weight of the whole car is approximately 150 kg. The clear height of the chassis is 88 mm and can be adjusted. The car frame consists of a welded steel structure designed to meet the relevant safety regulations to provide the driver with maximum protection in the event of an accident. During the design of the structure, the frontal impact of the car and its overturning were also simulated. The car is equipped with four-point seat belts and pneumatic safety elements. The pressure vessel is located on the side of the car so that it is protected by a safety frame in the event of an accident. The car is equipped with disc brakes of all wheels and the brake system consists of two separate circuits, front and rear. Two brake cylinders are used, each for one brake circuit. The rear brake circuit contains a parking brake.

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 01 Tuke 02 SjF 03 IS MAIS 04 TUKE Mail 04 TUKE Mail 05 Telefónny zoznam

 06 Stravovanie 08 Nastavenia UVT 07 Univerzitná knižnica 09 Portál zamestnanci

 
 

Study Robotics

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The teaching in the program is devoted to the design, construction and planning of robots, including mobile and service equipment and systems used in practice as the so-called peripheral devices of robotic technology, which are characterized by high functional, movement and handling capabilities, mechanical accuracy and high reliability.

WHY STUDY ROBOTICS?

  • Robotics is the field of the future.
  • Lots of job opportunities and good financial evaluation of the industry.
  • The new field is therefore of great interest, especially in graduates who "understand" with robots.
  • We focus mainly on practical skills.
  • Teaching on real industrial robots of all basic kinematics.

WE OFFER YOU:

  • excursions, workshops and seminars organized in cooperation with companies,
  • job prospects in the field,
  • participation in projects solved at the department,
  • internships.
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You can download the information leaflet here: pdf logo

Leták robotika

Address:

Department of Production systems and Robotics

Faculty of Mechanical Enginnering

Letná 9 040 01 Košice

Slovakia

 

Head of the Department: prof. Eng. Jozef Svetlík, PhD.

Phone No.: +421 55 602 2195

e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

 

Secretary of the Department: Eng. Ľuboslava Šidlovská

Phone No.: +421 55 602 2191

e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

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