We have a variety of production machines, that allows us to choose the right technology for each and every assignment to achieve the highest quality possible with competitive prices. Methods and technologies change over time to meet the increasing demands of customers, and we strive to keep up to date where ever possible.

        Modernization makes it possible to use these techniques in our industrial production process.

We are able to produce items with the most complex shape and profile.

         

  Machines include:

1. GILDEMEISTER six-spindle automatic chuck and bar machines

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2. Automatic lathes:

Numerically controlled:
- MIYANO three-axis, interception and driven tools.

- MIYANO eight-axis

- MIYANO CNC

- GILDEMEISTER

- KNUTH

- GILDEMEISTER

- VICTOR

- EMCO

- SCHAUBLIN

- CITIZEN CINCOM

- TSUGAMI

- TORNOS

- MANURHIN

- STAR

- NAKAMURA

3. Hobbing machines for milling gears with a module from 0.2 to 8 mm

Numerically controlled:

- DOOSAN

- DMU

- CHIRON three-axis, two-pallet machining center


4. FELLOWS gear shaper and GLEASON straight bevel gear cutting machine

5. Thread rolling machines

6. Grinding machines for shafts, planes and openings, including:

- CNC ZIERSCH & BALTRUSCH

- CNC Jones &Schipman


7. Vertical, horizontal and specific milling machines

8. Universal lathes, revolvers and copiers

9. Eccentric presses

11. Router device

12. Thread milling and milling machines

13. Detail pressure washer MAFAC - DURR

14. Automatic circular saw BEHRINGER - BIANCO

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We summarize over 30 CNC machines, 150 numerically controlled axes.

We use software that allows us to transform the vision of a particular detail into a real CAM project. The program has dedicated settings and options intended for specific machines that we have in our plant. It provides simple and efficient machining preparation, allowing for the quick generation of a tool path and improved process control. It significantly reduces the number of steps performed in machining a part.

In frontal milling, profile milling and side milling, modern shape analysis algorithms are used to provide faster and more reliable programming.



Some of our machines:

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