The PL Compact is the ideal solution for entering the world of high-quality plasma cutting. The series impresses with a space-saving design and an excellent price-performance ratio.
Compact, flexible and versatile: the MasterCut Compact is available as a complete package with plasma source and filter system. The cutting system stands for excellent cutting quality in plasma cutting and is also available with bevel cutting head for weld edge preparation.
The MasterCut series is a flexible and robust 3D cutting system for almost any cutting task. It allows cross-technology work processes (flatbed, pipe & profile processing, oxyfuel, marking) and impresses with absolute reliability even in three-shift operation.
The top product among the MicroStep cutting machines. It is built for permanent use in industry and meets the highest requirements for precision, performance and operability. The MG series is MicroStep's all-rounder and is a pioneer in the industry when it comes to multifunctionality and process reliability.
The DRM series is the strong specialist and, thanks to its enormous vertical integration, the cutting solution for almost every task. The plasma cutting system enables 3D processing of sheets, pipes, profiles & domes with extraordinary dimensions.
The DS series is an automatic time and cost efficient process line for the processing of sheet metal and profiles. It is designed to be able to apply highly efficient holes and taps on flat material and square or rectangular profiles and to cut them using plasma or oxyfuel technology.
The cutting solution for pipes and profiles was developed for workpieces with large diameters and lengths. The CPCut & PipeCut series enables 3D processing of pipes and all common profile shapes with unit weights of up to 12 tons and can also be equipped with several torches (plasma, oxyfuel).
The ProfileCut series is a true all-rounder in beam processing. Thanks to its robust construction and the generous work area, 3D profile & beam processing is possible up to 1,000 mm in height and 24 m in length. The use of the 120° bevel cutting head or a drilling support guarantees full flexibility.
CNC plasma cutting systems convince with economical and precise cuts and are unrivalled, especially for medium material thicknesses. Modern plasma cutting machines combine efficiency, lasting performance and multifunctionality.
The MSE SmartFL fiber laser cutting system from MicroStep Europa is a powerful as well as affordable entry into high-quality 2D laser cutting. The series is available in cutting areas from 1,500 x 3,000 up to 2,500 x 6,000 mm and can be equipped with laser sources of up to 12 kW.
The MSF Compact combines precise 2D laser cutting with compact design. The series is available in work areas from 1,000 x 2,000 mm to 1,500 x 3,000 mm and impresses above all with its small footprint and the usual high cutting quality. A manually extractable cutting table allows easy and uncomplicated loading and unloading.
High speed and flexibility in 3D: the precise all-rounder MSF is a world debut in terms of multifunctionality. No other laser system offers such a degree of vertical integration for sheet metal processing. Pipes and profiles can also be cut optionally.
The MSF Max is the giant among fiber laser cutting solutions. Developed for processing large-format sheet metal for shipbuilding, it enables precise high-speed 3D processing of flat material. Thanks to the moving safety cabin, a work area size of up to 50 m length and 6 m width is available.
A real expert for pipes and profiles: MicroStep has developed the MSF Pipe for the process-reliable, high-precision and fast 2D and 3D processing of pipes and profiles using fiber lasers. The system has an extremely high degree of automation. The loading and unloading as well as the sorting of cut parts can also be automated.
Laser cutting machines are the right solution when it comes to precise cutting with minimum time expenditure. State-of-the-art laser cutting systems combine precision, speed and maximum multifunctionality.
The EasyCut series stands for modern oxyfuel cutting at the highest level. It is the ideal system for precise and cost-effective oxyfuel cuts up to 300 mm and impresses with its robust, simple and maintenance-friendly design.
The CombiCut series is the right solution for all temperature ranges and environmental variables. A wide range of technologies (multi-torch operation, bevel cutting, drilling, marking) can be combined on this extremely resistant system.
Flame cutting machines convince by their robust construction, precision and performance with large material thicknesses.
The WaterCut is a high-precision, reliable and compact waterjet cutting solution that allows 2D cutting of almost any material – without thermal impact.
Highest precision without thermal effects: the AquaCut waterjet cutting system was developed for these cutting requirements of almost all materials. The machine can be equipped with a 5-axis waterjet rotator or combined with a plasma or drilling unit.
Waterjet cutting systems are used when thermal influences on the material are unwanted and highest precision is required. They convince with flexible processing options for a multitude of cutting tasks on a wide variety of materials.
Solutions for loading, unloading and storage of sheets or sorting of cut parts: With the MicroStep technologies MSLoad, MSTower, MSSort you automate your cutting systems and get the absolute maximum out of it.
MSLoop is a shuttle table system, consisting of three cutting grids, which significantly increases the throughput of CNC cutting machines, as the system allows simultaneous loading, cutting and unloading.
MicroStep offers the MSFeed technology for various series for pipe, profile and beam processing: A system that completely automates the loading and unloading of a cutting machine.
With MicroStep systems, you are already well prepared today for the networked production of the future. Our experts are happy to advise you – let us take the step into the future together!
Automation technologies are an important factor in creating efficient production processes. With suitable material handling systems, for example, the utilization and, as a result, the output of a processing machine can be maximized.
Eva Stejskalová has finished her studies in the field of automation and control technology at the Faculty of Electrical Engineering (Slovak University of Technology) in 1986. She stayed to work at the university as an assistant professor where her research was focused on control systems. In 1991, she left the university and joined the founding members of MicroStep. Here, she became head of the CNC machines and CAM software research and development department and she has remained in that position until today. In 2012, she earned an MBA degree from the prestigious „The Open University Business School" in the United Kingdom in the field of strategy, creativity, innovations and leading the change. Since 2018, Eva Stejskalová is a member of the High-level Strategy Group on Industrial Technologies within the EU Research and Innovation program Horizon 2020. Alongside MicroStep's founder Dr. Alexander Varga, she was awarded the EY Entrepreneur of the Year™ 2014 in Slovakia.
Alexej Makuch studied automation and control technology at the Faculty of Electrical Engineering (Slovak University of Technology). After finishing his studies, he became one of the founding members of MicroStep. He has gone through many different positions at the company, usually with a software focus. In 2001, he became head of the marketing and sales department. Under his leadership, the company has seen an increase in foreign representation and entered previously unavailable markets. In 2012, he earned an MBA degree from the prestigious „The Open University Business School in the United Kingdom in the field of strategy, creativity, innovations and leading the change.
Iren Brhlík manages primarily the production facilities in Hriňová and Partizánske. From 1981 until 1986, he studied electric traction and energy in transport at the University of Žilina. After finishing his studies, he spent the next five years working at the railway repair where he worked his way up from the position of a technologist to operation manager. From 1991 he has worked as a self-employed repairman of consumer electronics. In 1994, Mr. Brhlík began working at the company IQM s.r.o. as an electrical equipment designer. He held this position until 2002 when he became head of the department of electrical production of single-purpose machines. After a merger of IQM and MicroStep in 2010, he became director of the Hriňová production facility.
Igor Mikulina, born in 1963, is co-founder, shareholder and managing director of the in 1999 founded MicroStep Europa GmbH. He is responsible for the strategic business field "Digitalization and Industry 4.0". Against this background as well as others, Mikulina is also the co-founder and CEO of the Industry Business Network 4.0 e.V., an association formed in 2016, in which innovative medium-sized companies cooperate in the field of Industry 4.0. In addition, Igor Mikulina is president of the board of the IndustryFusion Foundation, which among other things promotes the creation of open source software for smart factory networking solutions.
Johannes Ried, born in 1985, started 2012 directly after his studies of information-oriented business administration at the University of Augsburg as an employee in the sales department of MicroStep Europa GmbH. In 2013 he took over the management of the internal sales department and became commercial manager in 2016. Since August 2018 he is managing director and shareholder of MiroStep Europa GmbH. He is responsible for the entire operative business. In addition, Johannes Ried is vice president of the board of the IndustryFusion Foundation, which among other things promotes the creation of open source software for smart factory networking solutions. And Johannes Ried is a member of the board of the Industry Business Network 4.0 e.V., an association formed in 2016, in which innovative medium-sized companies cooperate in in the field of Industry 4.0.
Mikuláš Bučinský, born in 1955, graduated in electrical engineering from the Technical University of Bratislava in 1978. Initially he worked as an engineer in the field of automation and robotics at Heavy Industries Engeneering (Slovakia). In 1992 he started as a project manager at MicroStep, spol. s r.o., and in 1993 he became the managing director of the MicroStep subsidiary Rela. In 2007 he became a shareholder of MicroStep, spol. s r.o. and changed his area of responsibility: as director of production he has since been responsible for the MicroStep plants in Partizánske. In addition, Mikuláš Bučinský has been managing director of MicroStep Europa GmbH since January 2014 and acts as contact person concerning production.
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